research offer 2018 - Politechnika Gdańska€¦ · faculty of applied physics and Mathe01 Matics...

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research offer2018

research offer 2018

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01. Faculty oF applied physics and MatheMatics ................................................................................................................................................... 3

02. Faculty oF architecture ......................................................................................................................................................................................... 37

03. Faculty oF cheMistry ................................................................................................................................................................................................59

04. Faculty oF civil and environMental engineering .......................................................................................................................................83

05. Faculty oF electrical and control engineering .........................................................................................................................................93

06. Faculty oF electronics, telecoMMunications and inForMatics ......................................................................................................... 109

07. Faculty oF ManageMent and econoMics ........................................................................................................................................................ 155

08. Faculty oF Mechanical engineering ................................................................................................................................................................. 171

09. Faculty oF ocean engineering and ship technology ............................................................................................................................... 197

gdańsk university of technology

g. narutowicza street 11/12 80-233 gdańsk poland www.pg.edu.pl

3

01faculty of applied physics and MatheMatics

5

research issues

our research interests combine theoretical and practical results and are centered around two main thematic groups. the first one includes to-pological invariants, periodic points, dynamic systems, and chaos theory. some of the results obtained in these areas, especially those based on entropy, are used to study heart rate variability and to analyze physiological and biological data. others are related to the construction of new topological invariants that would, among other things, detect non-trivial periodic orbits in hamiltonian systems.

the second branch of the conducted research deals with differential equations and their applications, including modeling of gene expression, thermal ablation via the bioheat equation and population dynamics. another significant part of this branch of our studies is related to the vortex movement generated by ultrasound in fluids and numerical modeling of problems involving biological and physical phenomena. the members of the department intensively cooperate with strong research teams from poland and from other countries. a joint interdiscipli-nary "hard heart" seminar is held every week at the university of gdansk. We also continue a close international cooperation with scientific centers in spain, Mexico, France and russia.

realised proJects

topological invariants and Measures of coMplexity in action Budget: eur 70,394.00completion: 15.07.2015–4.07.2018Funding: national science centreproject leader: grzegorz graff, ph.d., d.sc.

center for applications of MatheMaticsBudget: eur 462,620.00completion: 1.09.2012–31.08.2015Funding: national centre for research and development (ncBir)project leader: grzegorz graff, ph.d., d.sc.

Most iMportant puBlications

• Bartłomiejczyk,H.Leszczyński,Methodoflinesforphysiologicallystructuredmodelswithdiffusion,AppliedNumericalMathematics94(2015),140–148.

• J.Cresson,A.Szafrańska,Discreteandcontinuousfractionalpersistenceproblems–thepositivitypropertyandapplications,Commun.Nonlinearsci. numer. simul. 44 (2017), 424–448.

• G.Graff,M.Misiurewicz,P.Nowak-Przygodzki,Periodicpointsoflatitudinalmapsofthem-dimensionalsphere,DiscreteCont.DynamicalSystems-series a, (2016), no. 11, 6187–6199.

• W.Marzantowicz,J.Signerska,Ontheinterspike-intervalsofperiodically-drivenintegrate-and-firemodels,J.Math.Anal.Appl.423(1)(2015),456–479.

contact person

grzegorz graff, ph.d., d.sc. +48 58 3472249 [email protected] http://ftims.pg.edu.pl/katedra-rownan-rozniczkowych-i-zastosowan-matematyki/staff

01faculty of applied physics and MatheMaticsdepartMent of differential equations and MatheMatics applications 01

6

research issues

the research topics are focused on probability and related fields including measure theoretic probability theory, stochastic processes, bio-statistics, functional analysis, game theory, noncommutative probability theory with applications in quantum mechanics and mathematical modeling in medicine, biology and economy. Members of the department take part as (bio)statistical experts in several grants run by other scientific institutions and innovative technological units.

the strong side of our team are computer oriented approach in solving practical problems and communicational skills in collaboration with partners from industrial and medical/biological sectors. our mission is to spread in this "post-truth world" positive answers based on mathe-matical rigorous objective principles.


• D.Aerts,M.Czachor,M.Kuna,Crystallizationofspace:Space-timefractalsfromfractalarithmetic,ChaosSolitons&Fractals,Vol.83(2016), 201–211.

• K.Bartoszek,W.Bartoszek,ANoethertheoremforstochasticoperatorsonSchattenclasses,J.Math.Anal.Appl.452(2017),1395-1412.

• K.Bartoszek,M.Pułka,AsymptoticpropertiesofquadraticstochasticoperatorsactingontheL1space,NonlinearAnalysis–TheoryMethods&Applications,Vol.114(2015),26–39.

• W.Bartoszek,A.Śpiewak,AnoteonaWiener-WintertheoremformeanergodicMarkovamenablesemigroups,ProceedingsoftheAmeri-can Mathematical society vol. 145 (7) (2017), 2997-303.

• B.Górnikiewicz,A.Ronowicz,M.Krzemiński,P.Sachadyn,Changesingenemethylationpatternsinneonatalmurinehearts:Implicationsfor the regenerative potential, BMc genomics, vol. 17 (2016), 231–245.

• H.Guze,J.Janczewska,Subcriticalbifurcationoffreeelasticshellofbiologicalcluster,NonlinearAnalysis–RealWorldApplications,Vol.24 (2015), 61–72

contact person

prof. Wojciech Bartoszek +48 58 347 26 57 [email protected] http://www.ftims.pg.edu.pl/katedra-rachunku-prawdopodobienstwa-i-biomatematyki

01faculty of applied physics and MatheMaticsdepartMent of proBaBility and BioMatheMatics02

7

research issues

We consider different types of dominations in graphs; in particular weakly convex, convex, connected, weakly connected, super, certified, ac-curate, total, total restrained and paired domination. We study relations between various domination numbers and influence of some graph operations on these numbers (e.g. subdivision or removing an edge of a graph). Moreover, we consider topics consisting of vertex cover and metric dimension in graphs, and also on-line, size, and restricted size ramsey numbers of some classes of graphs. We study computational complexity of graph theory problems as well.

realised proJects

organizing (and co-organizing) a graph theory international conference gdańsk Workshop on graph theory – each year since 2013, www.gwgt.mif.pg.edu.pl

proBleMas de doMinaciòn en gràficas ii, papiit in-114415 Grant(inMexico)finansedbyUniversidadNacionalAutónomadeMéxico(UNAM)Budget: 105.400 mexican peso eur 5,277.74 (conversion rate according to the average national Bank of poland exchange rate of 2017-03-31)participants: unaM and gutproject leader: rita Zuazua

participating in project niwa. center of competence novel infrastructure for Workable applications “c^2niWa” (cd niWa) at gdańsk univer-sity of technology. project co-financed from european regional development Fund under the operational programme innovative economy. http://niwa.gda.pl/


• M.Dettlaff,M.Lemańska,I.G.Yero,Bondagenumberofgridgraphs,DiscreteAppl.Math.167(2014),94–99

• M.Dettlaff,M.Lemańska,J.Topp,P.Żyliński,Coronasanddominationsubdivisionnumberofagraph,Bull.Malays.Math.Sci.Soc.(2016),doi 10.1007/s40840-016-0417-0

• J.Cyman,T.Dzido,J.LapinskasandA.Lo,On-lineRamseynumberofpathsandcycles,ElectronicJournalofCombinatorics22(2015)#P1.15.

• N.J.Rad,J.Raczek,Someprogressontotalbondageingraphs,GraphsandCombinatorics,30(3)(2014),717–728.

contact person

Magdalena lemańska, ph.d. +48 58 347 2861 [email protected] http://www.mif.pg.edu.pl/kmd/magda/ http://ftims.pg.edu.pl/katedra-rachunku-prawdopodobienstwa-i-biomatematyki/home

01faculty of applied physics and MatheMaticsdepartMent of proBaBility and BioMatheMatics

group of graph theory03

8

research issues

• relativisticeffectsinatomicstructures(R.Szmytkowski,P.Stefańska,G.Łukasik)• acousticsandelectrodynamicsofinhomogeneousmedia(S.Leble)• specialfunctionsandtheirapplicationsinphysicalproblems(R.Szmytkowski,S.Bielski)• experimentalpolarimetryofanisotropicopticalmaterials(M.Shopa)• quantuminformationtheoryofmultipartitesystems(M.Demianowicz)• dynamicsofchaoticquantumsystems(P.Weber)• mathematicalmethodsinlifesciences(P.Weber)


• R.Szmytkowski,Onthederivatives\partial^{2}P_{\nu}(z)/\partial\nu^{2}and\partialQ_{\nu}(z)/\partial\nuoftheLegendrefunctionswith respect to their degrees, integral transforms spec. Funct. 28 (2017) 645–62

• M.Shopa,N.Ftomyn,Y.Shopa,Dual-wavelengthpolarimeterapplicationininvestigationsoftheopticalactivityofalangasitecrystal, J.Opt.Soc.Am.A34(2017)943–8

• Y.Shopa,M.ShopaandN.Ftomyn,Dual-wavelengthlaserpolarimeteranditsperformancecapabilities,Opto-Electron.Rev.25(2017)6–9

• P.Stefańska,Closed-formexpressionforthemagneticshieldingconstantoftherelativistichydrogenlikeatominanarbitrarydiscreteenergy eigenstate: application of the sturmian expansion of the generalized dirac-coulomb green function, phys. rev. a 94 (2016) 012508/1–15

• R.Szmytkowski,G.Łukasik,Staticelectricmultipolesusceptibilitiesoftherelativistichydrogenlikeatominthegroundstate:Applica-tionoftheSturmianexpansionofthegeneralizedDirac-CoulombGreenfunction,Phys.Rev.A93(2016)062502/1–40

• P.Stefańska,Magnetic-field-inducedelectricquadrupolemomentsforrelativistichydrogenlikeatoms:ApplicationoftheSturmianexpansionofthegeneralizedDirac-CoulombGreenfunction,Phys.Rev.A93(2016)022504/1–11

• P.Stefańska,Magnetizabilityoftherelativistichydrogenlikeatominanarbitrarydiscreteenergyeigenstate:ApplicationoftheSturmianexpansionofthegeneralizedDirac-CoulombGreenfunction,Phys.Rev.A92(2015)032504/1–12

• R.Szmytkowski,S.Bielski,ADiracdelta-typeorthogonalityrelationfortheon-the-cutgeneralizedassociatedLegendrefunctionsofthefirstkindwithimaginarysecondupperindices,IntegralTransformsSpec.Funct.25(2014)312–317

• R.Szmytkowski,P.Stefańska,Electric-field-inducedmagneticquadrupolemomentinthegroundstateoftherelativistichydrogenlikeatom:ApplicationoftheSturmianexpansionofthegeneralizedDirac-CoulombGreenfunction,Phys.Rev.A89(2014)012501/1–7

• M.Kuszner,S.Leble,UltrashortoppositedirectedpulsesdynamicswithKerreffectandpolarizationaccount,J.Phys.Soc.Jpn83(2014)034005/1–9

contact person

Prof.RadosławSzmytkowski +48 58 347 23 12 [email protected] http://ftims.pg.edu.pl/katedra-fizyki-atomowej-molekularnej-i-optycznej/main-page

01faculty of applied physics and MatheMaticsdepartMent of atoMic, Molecular and optical physics group of atoMic and optical physics

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research issues

• experimentalstudiesonelectronscatteringfrommoleculartargets• resonantelectronscattering• crosssectioncalculationsforelectroncollisionswithpolyatomicmolecules• chargedparticlesinteractionswithmatter

realised proJects

study of processes responsiBle for the forMation of nanostructures in feBid diamond grant for sylwia stefanowska Budget: eur 50,000.00completion: 11.2016–11.2019Funding: Ministry of science and higher education (MnisW)


• Cz.Szmytkowski,S.Stefanowska,M.Zawadzki,E.Ptasińska-Denga,P.Możejko,Electronscatteringfrom2-methyl-1,3-butadiene,C5H8,molecules: role of methylation, phys. rev. a 94 (2016) 042706

• Cz.Szmytkowski,S.Stefanowska,M.Zawadzki,E.Ptasińska-Denga,P.Możejko,Electroncollisionswithmethyl-substitutedethylenes:Crosssectionmeasurementsandcalculationsfor2-methyl-2-buteneand2,3-dimethyl-2-butene,J.Chem.Phys.143(2015)064306

• Cz.Szmytkowski,P.Możejko,M.Zawadzki,E.Ptasińska-Denga,Scatteringofelectronsbya1,2-butadiene(C4H6)molecule:measure-mentsandcalculations,J.Phys.B48(2015)025201

• Cz.Szmytkowski,P.Możejko,M.Zawadzki,K.Maciąg,E.Ptasińska-Denga,Electron-scatteringcrosssectionsforselectedalkynemolecu-les: Measurements and calculations, phys. rev. a 89 (2014) 052702

• G.P.Karwasz,P.Możejko,M.-Y.Song,Electron-impactionizationoffluoromethanes–Reviewofexperimentsandbinary-encountermo-dels,Int.J.MassSpectrom.365–366(2014)232–7

• B.Żywicka,P.Możejko,Crosssectioncalculationsforelectronscatteringfromplatinumchemotherapeuticcompounds,Eur.Phys. J.SpecialTopics222(2013)2285–92

• Cz.Szmytkowski,P.Możejko,M.Zawadzki,E.Ptasińska-Denga,Electronscatteringcrosssectionsfor1-pentene,H2C=CH-(CH2)2CH3,molecules,J.Phys.B46(2013)065203

• B.Żywicka,P.Możejko,Crosssectioncalculationsforelectronimpactionizationandelasticscatteringfromcisplatin,Eur.Phys.J.D66(2012)54

• P.Możejko,E.Ptasińska-Denga,Cz.Szmytkowski,Crosssectionsforelectroncollisionwithfive-memberedringheterocycles,Eur.Phys.J.d 66 (2012) 44

contact person

PawełMożejko,Ph.D.,D.Sc. +48 58 347 29 21 [email protected] http://www.mif.pg.edu.pl/homepages/paw/lab.html

01faculty of applied physics and MatheMaticsdepartMent of atoMic, Molecular and optical physics

laBoratory of electron collisions physics 05

10

research issues

• Photophysicalandphotoelectricpropertiesoforganicmaterials• Electronicexcitedstatesinorganicmaterials• Electromodulationspectroscopy• Chargegenerationandrecombinationinorganiclight-emittingdiodes(OLEDs)• Organicphotovoltaiccells(OPVs)• Photoluminescence,photoconductivityandelectroluminescenceinexternalmagneticfield• Internalelectricfieldsinorganiclayers

realised proJects

electro- and MagnetoModulation of exciton dissociation in organic electrofluorescent eMittersBudget: eur 36,000.00completion: 30.08. 2012 – 29.08.2015Funding: national science centre (ncn)


• GrygielP.,FalkowskiK.,PelczarskiD.,StamporW.:Sano-Tachiya-Noolandi-Hong,OnsagerandBraunmodelsvsMonteCarlosimulationofcharge photogeneration in organic solids. organic electronics. vol. 39, (2016), p. 328–339

• KleinM.,PankiewiczR.,ZalasM.,StamporW.:Magneticfieldeffectsindye-sensitizedsolarcellscontrolledbydifferentcellarchitecture.scientific reports. vol. 6, no. 30077 (2016), p. 1–9

• PelczarskiD.,GrygielP.,FalkowskiK.,KleinM.,StamporW.:Electromodulationandmagnetomodulationofexcitondissociationinelec-tron donor (starburst amine) : electron acceptor (bathocuproine) system. organic electronics. vol. 25, (2015), p. 362–376

• PelczarskiD.,GrygielP.,MiśnikM.,StamporW.:Photoconductionandmagneticfieldeffectonphotoconductioninhole-transportingstar-burst amine (m-Mtdata) films. organic electronics. vol. 21, (2015), p. 54–65

• Geminate-pairdissociationyieldinsystemswithexponentialenergeticdisorder–aMonteCarlostudy,W.Tomaszewicz,K.Falkowski,W. Stampor,P.Grygiel,JournalofNon-CrystallineSolids,387(2014),p.128–131

contact person

Waldemar stampor, ph.d.,d.sc. +48 58 347 27 04, [email protected] https://ftims.pg.edu.pl/katedra-fizyki-zjawisk-elektronowych/molecular-photophysics-group www.ftims.pg.edu.pl

01faculty of applied physics and MatheMaticsdepartMent of physics of electronic phenoMena group of Molecular photophysics

06

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research issues

• Photoionizationanddissociationofmoleculartargets• Collisionsofelectronsandionswithatomsandmolecules• Processesofexcitationofatomsandmolecules• Photon-photoncoincidencemeasurements• Resonanceeffectsinelectroncollisions

realised proJects

production of neutral high-rydBerg fragMents via inner-shell excitation and field ionization detection in isoxazole and furan MoleculesBudget: eur 59,810.00completion: 03.2016Funding: elettra and eu Xlic cost action

coincidence studies of photodissociation of the heterocyclic Molecules using photon induced fluorescence spectroscopy (pifs)Budget: eur 52,770.00completion: 05.2015Funding: elettra and eu calipso contract


• DampcM.,MielewskaB.,Siggel-KingM.,KingG.,ZubekM.:Astudyofthephotoelectronspectraofα-tetrahydrofurfuryl alcohol over the outer valence energy region (9–25 ev). cheMical physics letters. vol. 679, (2017), p.15–20

• WąsowiczT.,DąbkowskaI.,KivimäkiA.,CorenoM.,ZubekM.:Eliminationandmigrationofhydrogeninthevacuum-ultravioletphotodis-sociationofpyridinemolecules.JOURNALOFPHYSICSB-ATOMICMOLECULARANDOPTICALPHYSICS.Vol.50,Iss.1(2017)015101,p.1–9

• WąsowiczT.,PranszkeB.:Interactionsofprotonswithfuranmoleculesstudiedbycollision-inducedemissionspectroscopyatthein-cidentenergyrangeof50–1000eV.EUROPEANPHYSICALJOURNALD.Vol.70,Iss.8(2016)175,p.1–9

• KivimäkiA.,StråhlmanC.,WąsowiczT.,KettunenJ.,RichterR.:YieldsandTime-of-FlightSpectraofNeutralHigh-RydbergFragmentsattheKEdgesoftheCO2Molecule.JOURNALOFPHYSICALCHEMISTRYA.,Vol.120,Iss.25(2016),s.4360–4367

• WąsowiczT.,PranszkeB.:ObservationoftheHydrogenMigrationintheCation-InducedFragmentationofthePyridineMolecules.JOUR-nal oF physical cheMistry a. vol. 120, iss. 7 (2016), s. 964–971

• RyszkaM.,PandeyR.,RizkC.,TabetJ.,BarcB.,DampcM.,MasonN.,EdenS.:Dissociativemulti-photonionizationofisolateduracilanduracil-adeninecomplexes.INTERNATIONALJOURNALOFMASSSPECTROMETRY.Vol.396,(2016),p.48–54

• WąsowiczT.,PranszkeB.:FragmentationofTetrahydrofuranMoleculesbyH+,C+,andO+CollisionsattheIncidentEnergyRangeof25–1000eV.JOURNALOFPHYSICALCHEMISTRYA.Vol.119,Iss.4(2015),s.581–589

• LinertI.,ZubekM.:Electronenergy-lossspectroscopyofexcitedstatesofthepyridinemolecules.EUROPEANPHYSICALJOURNALD.Vol.70, iss. 74 (2016), p. 1–8

01faculty of applied physics and MatheMaticsdepartMent of physics of electronic phenoMena

group of electron spectroscopy07

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• DampcM.,LinertI.,ZubekM.:Ionizationandfragmentationoffuranmoleculesbyelectroncollisions.JOURNALOFPHYSICSB-ATOMICMolecular and optical physics. vol. 48, nr. 16 (2015), p. 1–7

• LinertI.,ZubekM.:Astudyoftheelectronicstatesofpyrimidinebyelectronenergylossspectroscopy.CHEMICALPHYSICSLETTERS.Vol.624, (2015), p. 1–5

contact person

TomaszJ.Wąsowicz,Ph.D. +48 58 347 22 84 [email protected] https://ftims.pg.edu.pl/katedra-fizyki-zjawisk-elektronowych/electron-spectroscopy-group www.ftims.pg.edu.pl

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01faculty of applied physics and MatheMaticsdepartMent of physics of electronic phenoMena

group of organic photovoltaic cells and organic photodetectors08

research issues

the group conducts basic research in the field of organic optoelectronic devices, in particular of organic photovoltaic cells and organic photodetectors. the subject of the study are multilayer systems formed from organic and inorganic films obtained by means of vacuum depo-sition and spin coating. experimental research regards iv characterization, spectral dependences of open-circuit voltage, short-circuit current and photocurrent, uv-vis spectra, photosensitivity spectra and basic parameters of photovoltaic cells under white light illumination. Main research areas are processes of the energy and charge transport in molecular materials, photoconductivity, photogeneration and recom-bination of free charge carriers in organic and hybrid systems as well as electron and exciton processes occurring at the interface of different materials.

realised proJects

photovoltaic systeMs forMed froM layers of selected ii-vi seMiconductor coMpounds and Molecular seMiconductors

Budget: eur 50,000.00completion: 17.12.2014Funding: national science centre (ncn)


• SzostakJ.,JaroszG.,SignerskiR.:Photovoltaicpropertiesofcadmiumselenide–titanylphthalocyanineplanarheterojunctiondevices.cheMical physics. vol. 456, (2015), p. 57–60

• BudziszP.,SignerskiR.,JaroszG.:EffectofshallowtrapsonadmittancespectraofthesystemcarryingSCLCandonvaluesofchargecarrier mobility extracted from susceptance. cheMical physics. vol. 456, (2015), p. 61–64

• FieducikJ.,GodlewskiJ.:Storingthermalenergyfromsolarcollectorsfortheneedsofadetachedhouse.POLISHJOURNALOFENVIRON-Mental studies. vol. 23, no. 4 (2014), p. 1373–1376

• SzostakJ.„Photovoltaicphenomenaindeviceswithperfluorozincphthalocyaninelayer”,PhDdissertation,18.11.2016.

contact person

GrażynaJarosz,Ph.D.,D.Sc.–supervisor +48 58 347 16 87 [email protected]; [email protected] https://ftims.pg.edu.pl/katedra-fizyki-zjawisk-elektronowych/organic-photovoltaic-cells-and-organic-photodetectors-group

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01faculty of applied physics and MatheMaticsdepartMent of physics of electronic phenoMena group of physics of Molecular Matter

09

research issues

• electricalandphotoelectricphenomenainmolecularandhybrid(organicmaterial/inorganicmaterial)systems• molecularphotovoltaicsandelectronics• photophysicsandlaserspectroscopyofmolecularmatter


• SzmytkowskiJ.,GłowienkaD.:ModelingofTransientPhotocurrentinOrganicSemiconductorsIncorporatingtheAnnihilationofExcitonson charge carriers. acta physica polonica a. -vol. 132, iss. 2 (2017), p. 397–400.

• SzmytkowskiJ.:Thefield–dependentinterfacerecombinationvelocityfororganic–inorganicheterojunction.CHEMICALPHYSICS letters. vol. 663, (2016), p. 13–15.

• SzmytkowskiJ.:Electrostaticinterfacerecombinationinthesystemofdisorderedmaterialscharacterizedbydifferentpermittivities.synthetic Metals. vol. 206, (2015), p. 120–123.

• SzmytkowskiJ.:Highorderofnongeminaterecombinationinorganicbulkheterojunctionsolarcells.SEMICONDUCTORSCIENCEANDtechnology, vol. 29, iss. 7 (2014), p. 1–5.

contact person

JędrzejSzmytkowski,Ph.D.,D.Sc. +48 58 347 16 50, [email protected]; [email protected] https://ftims.pg.edu.pl/katedra-fizyki-zjawisk-elektronowych/physics-of-molecular-matter-group www.ftims.pg.edu.pl

15

research issues

• DevelopingalternativeandcomplementaryapproachestoHamiltonianFloertheory,bothforabstractfunctionalsandtheHamiltonianaction functional on the loop space of particular symplectic manifolds.

• RefiningtheexistingvariationalmethodsanddevelopnewtoolsforthestudyofhomoclinicsandheteroclinicsinHamiltoniandynamics.

realised proJect

Morse theoretical Methods in haMiltonian dynaMics

target land: germanyTargetInstitution: LehrstuhlVII–Analysis,FakultätfürMathematik,Ruhr-UniversitätBochumPolishCoordinator: JoannaJanczewska,Ph.D.,D.Sc.german coordinator: alberto abbondandolo, prof. ph. d.PolishInvestigators: ProfMarekIzydorek;JakubMaksymiuk,Ph.D.,Eng.;RobertKrawczyk,Ph.D.;MaciejStarostka,M.Sc.Eng.supported agencies: daad and Ministry of science and higher education (MnisW)Completion: January 2016 – december 2017

description

our research project “Morse theoretical methods in hamiltonian dynamics” fits in horizon 2020. the coordinators have known each other since 2003 and repeatedly exchanged thoughts and new ideas during their meetings at international conferences and symposiums. the esta-blishment of a formal cooperation between the research groups from gdansk and Bochum is a natural consequence of this familiarity.the project supports young researchers at the beginning of their career. increased mobility and training are to serve first of all the integration of polish and german young mathematicians and intensify joint research in the coming years.

hamiltonian equations describe evolution of physical systems coming for example from classical mechanics or electrodynamics. For a com-plicated energy function it is often very difficult to give a precise solution of a given system. one possible way to overcome this problem is to use topological methods on infinite-dimensional spaces. in this project we modify known research methods in such a way that they can be applied to the open problems, in particular, to hamiltonian systems with a non-standard kinetic energy or hamiltonian systems with a standard kinetic energy but with a complicated configuration space. We are concerned with topological methods such as infinite-dimen-sional versions of Morse homology, Floer homology, conley index and variational methods if it is possible to define an underlying action functional.

puBlications

• J.Ciesielski,J.Janczewska,N.Waterstraat,OntheexistenceofhomoclinictypesolutionsofinhomogenousLagrangiansystems,Differen-tial and integral equations 30 (2017), no. 3–4, p. 259–272.

01faculty of applied physics and MatheMaticsdepartMent of nonlinear analysis and statistics

group of nonlinear analysis 10

16

• M.Izydorek,T.O.Rot,M.Starostka,M.Styborski,R.C.A.M.Vandervorst,HomotopyinvarianceoftheConleyindexandlocalMorsehomolo-gy in hilbert spacer, arXiv:1612.05524.

• M.Izydorek,J.Janczewska,N.Waterstraat,A.Zgorzelska,Bifurcationofequilibriumformsofanelasticrodonatwo-parameterWinklerfoundation, arXiv:1702.01192.

contact person

prof. Marek izydorek + 48 58 347 10 98 [email protected] http://ftims.pg.edu.pl/katedra-analizy-nieliniowej-i-statystyki/staff

17

research issues

synthesis and physical properties of: av2al20 cage-type structure compounds and rnic2 (r – rare earth) intermetallic compounds with charge density wave and magnetism.

realised proJects

MagnetisM and superconductivity in selected interMetallic coMpoundsBudget: eur 380,000.00completion: 2012–2015Funding: national science centre (ncn), sonata Bis scheme

coMpetition Between charge-density wave and Magnetic order in ternary rnic2 (r = nd, sM, gd)Budget: eur 250,000.00completion: 2016–2018Funding: national science centre (ncn), opus 10 scheme

superconductivity and MagnetisM in new coMpounds r-rh i r-irDiamondgrantforKarolinaGórnicka

Budget: 50 000 eur

completion: 2017-2019

new ways of superconducting Materials discoveryBudget: 90 000 eur

completion: 2017-2019

Funding: ncn, harmonia 8 scheme

in the first project we concentrated on the cecr2al20-type cage intermetallic compounds. the most important result was discovery of twonewsuperconductors:LuV2Al20andLaTi2Al20,withTc=0.6and0.5K,respectivelyandfindingarelationshipbetweenthesizeofthecage-filling atom and the critical temperature of the material. We have also synthesized and characterized new intermetallic compounds: np0.8v2al20, pu0.8v2al20, hov2al20, and erv2al20. in the former two systems a rattling effect was observed due to large-amplitude vibra-tions of a small atom located inside an oversized cage. the presence of such rattling atoms influences the thermal properties of the material, i.e. reducing the thermal conductivity. investigations of such effects may lead to the discovery of better thermoelectric materials that could be employed in direct harvesting the heat energy for electricity.in the second project we have been studying the competition between cdW and magnetic ordering in selected rare earth based rnic2 ternary intermetallic systems.

01faculty of applied physics and MatheMaticsdepartMent of solid state physics laBoratory of extreMe Materials

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• F.vonRohr,M.J.Winiarski,J.Tao,T.Klimczuk,R.J.Cava,PNAS113,E7144-E7150(2016),

• M.J.Winiarski,B.Wiendlocha,M.Sternik,P.Wiśniewski,J.R.O’Brien,D.Kaczorowski,andT.Klimczuk,Phys.Rev.B93,134507(2016),

• M.J.Winiarski,B.Wiendlocha,S.Gołąb,S.K.Kushwaha,P.Wiśniewski,D.Kaczorowski,J.D.Thompson,R.J.Cava,T.Klimczuk,Phys.Chem.chem. phys. 18, 21737-21745 (2016).

• G.Prathiba,I.Kim,S.Shin,J.Strychalska,T.Klimczuk,T.Park,ScientificRep.Vol.6,26530(2016)

• H.Luo,J.W.Krizan,L.Muechler,N.Haldolaarachchige,T.Klimczuk,WeiweiXie,M.K.Fuccillo,C.Felser&R.J.Cava,NatureComm.Vol.6,6489(2015)

contact person

TomaszKlimczuk,Ph.D.,D.Sc. +48 58 348 66 11 [email protected] https://ftims.pg.edu.pl/fizyki-ciala-stalego/main-page

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0112

research area

• Glassesandxerogelsasmatrixesforluminescentcentresor/andmetalnanoparticles• Plasmonicplatformsobtainedbydirectionalsolidificationofeutectics• Xerogelsasstartingmaterialsfornanostructures

the studies include the preparation of materials, structural studies, investigations of selected physical properties for applications in modern technologies.


• M.Walas,T.Lewandowski,A.Synak,M.Łapiński,W.SadowskiandB.Kościelska,Eu3+dopedtelluriteglassceramicscontainingSrF2nanocrystals:preparation,structureandluminescenceproperties,JournalofAlloysandCompounds696(2017),p.619–626.

• B.Kościelska,M.Walas,T.Lewandowski,M.Łapiński,M.Dębowski,A.Synak,A.Kłonkowski,W.Sadowski,I.Bylińska,W.Wiczk,StructuralandluminescenceinvestigationofGeO2-PbO-Bi2O3-SrF2glassesdopedwithEu3+,Tb3+andTm3+ions,J.Non-Cryst.Solids462(2017),p.41-46.

• T.Lewandowski,M.Dembski,M.Walas,M.Łapiński,M.Narajczyk,W.Sadowski,B.Kościelska,HeattreatmenteffectonEu3+dopedTeO2-BaO-Bi2O3glasssystemswithAgnanoparticles,JournalofNanomaterials,vol.2017,ArticleID5075326,12pages,doi:10.1155/2017/5075326.

• M.Walas,AgataPastwa,T.Lewandowski,A.Synak,I.Gryczyński,W.Sadowski,B.Kościelska,LuminescentpropertiesofLn3+dopedtellu-rite glasses containing alF3, opt. Mater. 59 (2016), p. 70–75

• M.Prześniak-Welenc,J.Karczewski,J.Smalc-Koziorowska,M.Łapiński,W.SadowskiandB.Kościelska,Theinfluenceofnanostructuressize on v2o5 electrochemical properties as cathode materials for lithium ion battery, rsc advances 6 (2016), p. 55689–55697.

• M.Prześniak-Welenc,M.Łapiński,T.Lewandowski,B.Kościelska,L.WicikowskiandW.Sadowski,TheinfluenceofthermalconditionsonV2O5nanostructurespreparedbysol-gelmethod,J.ofNanomaterials,Vol.2015(2015),ArticleID418024,8pages,http://dx.doi.org/10.1155/2015/418024.

contact person

BarbaraKościelska,Ph.D.,D.Sc. +48 58 347 14 86 [email protected] http://pg.edu.pl/barkosci

faculty of applied physics and MatheMaticsdepartMent of solid state physics

group of luMinescent Materials and nanostructures

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research issues

application of advanced spectroscopic methods for structural and electronic analysis of nano- and energy related materials (like materials for low temperature fuel cells, for li-ion and multivalent rechargeable batteries): ex situ and in situ study.study of structural, mechanical and biological properties of bioactive calcium-phosphate glasses and glass-ceramics stabilized by metal oxide dopants.

realised proJects

participation in international projects:

staBle interfaces for rechargeaBle BatteriesBudget: total eu contribution cost eur 3,144,717.00completion: 2013–2016Funding: sirBatt Fp7-energy

advanced nanocoMposite MeMBranes and innovative electrocatalysts for duraBle polyMer electrolyte MeMBrane fuel cellscompletion: 2013–2015Funding: prin 2010-2011 "naMed-peM", italian Ministry of university and research

Modern tools for spectroscopy on advanced Materials: a european Modelling platforMBudget: eur 102,000.00 (2014–2015); eur 134,000.00 (2015–2016); eur 125,000.00 (2016–2017); eur ~112,000.00 (2017–2018) completion: 2014–2018Funding: cost action, Mp1306 euspec

participation in 5 measurement projects performed in synchrotron laboratories at elettra, italy (beamlines XasF 11.1 and 8.1l Bear) and esrF, France (beamline BM08):

the local structure and role of transition Metal in pt-free nitrogen-Modified carBon-Based electrocatalysts for direct hydrogen fuel cells: xafs study11.1 XaFs (13–17.05.2014), 12 shifts (~eur 36,000.00)

sputtering free cross section of lithiuM electrolyte anodes interfaces8.1l Bear beamline (14–17.07.2014), 9 shifts (~eur 18,000.00)

structure of the electrode/electrolyte interface in advanced li-ion BatteriesBM08 beamline (23–27.10.2014), 12 shifts (~ eur 36,000.00)

sputtering free cross section of lithiuM electrolyte anodes interfaces – continuation8.1l Bear beamline (2–8.03.2015), 18 shifts (~eur 54,000.00)

structural characterization of Bioactive calciuM-phosphate glass and glass-ceraMic doped with different aMounts of nB11.1 XaFs beamline (10–13.10.2016), 9 shifts (~eur 18,000.00)

0113

faculty of applied physics and MatheMaticsdepartMent of solid state physics laBoratory of advanced spectroscopic Methods

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• MAli,AWitkowska,MAbbas,RGunnella,ADiCicco,"EvolutionofthenanostructureofPtandPtxCopolymerelectrolytemembranefuelcellelectrocatalystsatsuccessivedegradationstagesprobedbyX-rayphotoemission",JournalofPowerSources271(2014)548-555(IF=6.217).

• ADiCicco,AGiglia,RGunnella,SLKoch,FMueller,FNobili,MPasqualini,SPasserini,RTossici,AWitkowska,"SEIgrowthanddepthprofilingonZFOelectrodesbysoftx-rayabsorptionspectroscopy",AdvancedEnergyMaterials5(2015)1500642(IF=16.146).

• SJRezvani,MCiambezi,ADiCicco,RGunnella,MMinicucci,MMunoz-Marquez,FNobili,MPasqualini,SPasserini,ChSchreiner,ATrapa-nanti,AWitkowska,"LocalStructureandStabilityofSEIinGraphiteandZFOElectrodesProbedbyAsK-edgeAbsorptionSpectroscopy",JournalofPhysicalChemistryC120(2016)4287–4295(IF=4.509).

• SJRezvani,RGunnella,AWitkowska,FMueller,MPasqualini,FNobili,SPasserini,ADiCicco"IstheSolidElectrolyteInterphaseanextra-chargereservoirinLi-ionbatteries?",AppliedMaterials&Interfaces9(5)(2017)4570–4576(IF=7.145).

contact person

agnieszka Witkowska, ph.d., d.sc. +48 58 348 66 08 [email protected]

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research issues

study of thermoelectric materialsthe aim of the project is to understand the process of synthesis and reduction of oxide materials both in simple binary systems as well as in multicomponent systems. understanding of these processes will enable the controlled production of composite materials composed of metallic layer having thermoelectric properties with a dielectric matrix. With the new method of the production of material containing ele-ments such a bismuth, antimony, lead, germanium, tin, it is possible to obtain two-or multicomponent thermoelectric materials. our previous studies demonstrate that the rate of reduction depends strongly on the process conditions like temperature and time, on the composition and structure (the type of ions, the environment). the aim of the research is to develop a quantitative description of the reduction process by determining the activation energy and speed reduction in Bi-te-o, sn-o, Bi-sb-te-o and pb-te-o. research for the different concentrations of elements in the system will allow proposing a general description of the process of reduction of oxide materials.

realised proJects

photonis prence s.a.s. cedex france. study of structure and electrical properties reduced in different teMperature-and atMosphere Micro channel plates. Budget: eur 10,000.00completion: 2016–2017

the exaMination of the reduction process of MulticoMponent oxide Materials in hydrogen and the synthesis of therMoelectric Materials in a way of reduction of oxide MaterialsBudget: eur 200,000.00completion: 2017–2020Funding: national science centre (ncn), opus 11 scheme


• OxygenbiosensorbasedoncarbonnanotubesdirectlygrownongraphiticSubstrate.SENSORSANDACTUATORSB-CHEMICALVol.(2017)240, pp. 1308–1313

• Thermoelectricpropertiesofbismuth-antimony-telluridealloysobtainedbyreductionofoxidereagents.MATERIALSCHEMISTRYANDphysics vol. 177 (2016), pp. 353–359

• DeterminationoftheionicconductivityofSr-dopedlanthanummanganitebymodifiedHebb-Wagnertechnique.JOURNALOFPHYSICSand cheMistry oF solids vol. 91 (2016), pp. 163–169

contact person

Prof.BogusławKusz +48 58 347 12 13 [email protected]

0114

faculty of applied physics and MatheMaticsdepartMent of solid state physics group of therMoelectricity

23

0115

research issues

the research involves studies of ceramic proton conductors, mainly lanthanum niobate, lanbo4, modified by doping and changes of material microstructure. it was found that the niobium substitution with 30% of antimony renders the compound tetragonal at room temperature. this makes this material very interesting, since it increases the mobility of protons. the research also involves studies of complex composites of proton conducting oxides and electronic conductors in aim to verify the idea of a single layer oxide fuel cell. one of the important research inte-rests in the group is also a thermal analysis of complex oxides. in our group we mainly focus on hydration thermodynamics of proton conducting oxides. We utilize various methods to determine the underlying phenomena of charge transport in these materials.

realised proJects

the research supported by national science centre, poland:• StructuralpropertiesandionicconductionmechanismsindopedABO4oxides(UMO-2015/17/N/ST5/02813).Theprojectduration:March2016–

February 2018, Є21 000; • Transportpropertiesofcompositesforsinglelayerfuelcells(UMO-2015/19/N/ST5/02639).August2016–July2018,Є24000;• Tripleconductingoxides(UMO/2016/23/B/ST5/02137).July2017–June2020,Є217000;• GoverningPrinciplesinHydrationofMixedConductingOxides(UMO-2016/22/Z/ST5/0069).August2017–July2020,Є220000(underM-ERA.

net funding scheme – horizon 2020);

the research supported by Ministry of science and higher education, poland:• TheHightemperaturepropertiesofceramicsinvestigatedbythermalanalysis(IP2015051374)ProjectdurationOctober2016–October2019,Є66000

the research supported by the national centre of research and development, poland:• Norway-PolandBilateralProgram–UiO_PG(FWD/80/2017)Projectduration:September2017,Є2500

international consortia Memberships:• ThermodynamicsConsortium(https://www.thermocon.org/)• SolidOxideInterfacesforFasterIonTransport(http://gow.epsrc.ac.uk/NGBOViewGrant.aspx?GrantRef=EP/P026478/1)


• Mielewczyk-Gryn,S.Wachowski,K.I.Lilova,X.Guo,M.Gazda,A.Navrotsky,Influenceofantimonysubstitutiononspontaneousstrainandthermodynamic stability of lanthanum orthoniobate, ceramics international, 41, (2015) 2128–2133.

• Wachowski,S.,Mielewczyk-Gryń,A.,Zagórski,K.,Li,C.,Jasiński,P.,Skinner,S.J.,Haugsrud,R.,Gazda,M.InfluenceofSb-substitutiononionictransportinlanthanumorthoniobatesJournalofMaterialsChemistryA;4(2016),11696–11707.

• KrzysztofZagorski,SebastianWachowski,DagmaraSzymczewska,AleksandraMielewczyk-Gryn,PiotrJasinski,MariaGazda,Performanceofasinglelayerfuelcellbasedonamixedproton-electronconductingcomposite,JournalofPowerSources353(2017)230–236.

contact person

prof. Maria gazda +48 58 348 66 15 [email protected], [email protected]

faculty of applied physics and MatheMaticsdepartMent of solid state physics

group of protons in solid

24

0116

research issues

research and development of a new electrode materials for solid oxide fuel cell and solid oxide electrolysis systems.

realised proJects

anode catalytic Materials for Biogas supplied oxide fuel cellsBudget: 110 000 eurcompletion: 2017-2019Funding: ncn, sonata 13 scheme

new fuel electrodes for solid oxide electrolysis cells for syngas production

Based on decision dec–2015/19/d/st8/02783Budget: eur 95,000.00completion: 2016–2019Funding: national science centre (ncn), sonata scheme

the aim of the research is to understanding degradation processes occurring in the solid oxide electrolysis cell during the process of synthesis gas production. the investigations will be focus on the degradation processes that occur at high current densities. Based on the literature reports it is assumed that a degradation of the cells operating at a high load, is mainly due to degradation of the fuel electrode. a better understanding of the processes will help to propose new cathode materials for oxide electrolysis cells. the ultimate goal of the project is to develop new fuel cell with an electrode made of a perovskite material, which performance will not differ from the performance of currently produced cells while significantly improving system stability.

cooperation with projects performed on faculty of electronics, telecommunications and informatics gut :

• 2012/05/B/ST7/02153–„Functionallayers for oxide fuel cells”, 2013–2016

• DZP/PL-TW2/6/2015-Polish-Taiwanese/Taiwanese-PolishJointResearchproject"InnovativeSolidOxideElectrolyzersforStorageofRene-wable energy", 2015–201


• “Investigationofcatalyticlayersonanodeforsolidoxidefuelcellsoperatingwithsyntheticbiogas.”D.Szymczewska,J.Karczewski, B.Bochentyn,A.Chrzan,M.Gazda,P.Jasiński,SolidStateIonics271(2015),109–115.

• “HightemperaturecorrosionandcorrosionprotectionofporousNi22Cralloys.”J.Karczewski,K.Dunst,P.Jasinski,S.Molin,Surfaceandcoatings technology 261 (2015), 385–390.

• “Theroleofthinfunctionallayersinsolidoxidefuelcells”S.Molin,A.Chrzan,J.Karczewski,D.Szymczewska,P.Jasinski,Electrochimicaacta 204 (2016), 136–145.

faculty of applied physics and MatheMaticsdepartMent of solid state physics laBoratory of oxide fuel cells

25

• “CGOasabarrierlayerbetweenLSCFelectrodesandYSZelectrolytefabricatedbyspraypyrolysisforsolidoxidefuelcells”D.Szymczew-ska,J.Karczewski,A.Chrzan,P.JasinskiSolidStateIonics(2016),SolidStateIonics302(2017),113–117.

• “NanocrystallinecathodefunctionallayerforSOFC“A.Chrzana,J.Karczewski,D.Szymczewska,P.Jasinski,ElectrochimicaActa225(2017),168–174.

• „StructureandelectricalpropertiesofY,Fe-basedperovskitemixedconductingcompositesfabricatedbyamodifiedpolymerprecursormethod“T.Miruszewski,,P.Gdaniec,W.Rosiński,J.Karczewski,B.Bochentyn,B.Kusz,SolidStateSciences70(2017),41–46.

contact person

JakubKarczewski,Ph.D. +48 58 348 66 13 [email protected]

26

0117

research issues

our studies are focused on carbonaceous nanomaterials synthesis and functionalization. carbonaceous nanomaterials, especially carbon nanotubes and graphene derivatives has gained immense interest, because of their outstanding properties. Moreover, the tailored functionalization is the first step towards utilizing their wider applications spectrum. different chemical reactions are used by us to functionalize carbonaceous nanomaterials, including free radical or carboxylic acid chemistry. the mechanochemical synthesis is also implemented to introduce functional groups on the surface of chosen nanomaterials.

another area of our studies are carbon xero- and aerogels based on graphene derivatives. carbon xero- and aerogels are the exam-ples of non-oxide porous materials that are of great industrial and academic interest due to their high surface area, low density, good electrical conductivity, chemical inertness and low cost of fabrication. We used different strategies of graphene hydro- and aerogel production using graphene oxide as a source and we studied the influence of the synthesis conditions on the final physical properties of such structures.in our studies we use spectroscopic methods as Ftir, raman, Xps, Xrd, uv-vis, eis, along with thermal analysis (tga wit dsc) and electron microscopy imaging.

realised proJects

realized grants nr 1814/B/p01/2010/39. “the usage of bacteriophages in the synthesis of luminescent materials”, years 2010–2014.K.ŻelechowskaisanauthoroftwoPolishpatentapplications.ThefirstonewithnumberP.419359isentitled“Functionalizationofcarbonaceous materials, especially nanomaterials with phosphonic and/or bisphosphonic groups”. the second one denoted as p.415906 and entitled “Method of manufacturing porous polymeric nanocomposites with metallic nanoparticles of bactericidal properties” is an effect of collaboration with orplast company, the leading producer of storage containers and plastic household goods. the collaboration with orplast resulted in the new product release, called “nanobox”, which is an antibacterial container. More info is available on: http://nanobox.com.pl/?lang=en.

preparation and properties of carBon nanoMaterials functionalized with phosphonic groups

Budget: 105 000 eurcompletion: 2017-2019Funding: ncn, sonata 12 scheme


• ŻelechowskaK.,B.TrawińskiB.,DramińskaS.,MajdeckaD.,BilewiczR.,KuszB.Oxygenbiosensorbasedoncarbonnanotubesdirectlygrown on graphitic substrate. sensors and actuators B 240 (2017), p. 1308–1313.

• ŻelechowskaK.,KondratowiczI.,GazdaM.Graphenehydrogelswithembeddedmetalnanoparticlesasefficientcatalystsin4-nitro-phenolreductionandmethylenebluedecolorization.Pol.J.Chem.Tech.18(4),(2016),p.47–55.

faculty of applied physics and MatheMaticsdepartMent of solid state physics group of carBonaceous nanoMaterials

27

• ŻelechowskaK.,Karczewska-GolecJ.,KarczewskiJ.,ŁośM.,KłonkowskiA.M.,WęgrzynG.,GolecP.Phage-directedsynthesisofphotolumi-nescent zinc oxide nanoparticles under benign conditions. Bioconjugate chem. 27(9), (2016), p. 1999–2006.

• ŻelechowskaK.,KondratowiczI.,SadowskiW.3Dporousgraphene-basedstructures-synthesisandapplicationsinCarbonNanotechnolo-gy, one central press, 2015, isBn (eBook): 978-1-910086-11-7

contact person

KamilaŻelechowska,Ph.D. +48 58 348 66 16 [email protected]

28

research issues

• Analysisof the influence of plastic deformation on magnetoacoustic properties of ferromagnetic materials. the analysed properties include classical magnetic parameters such as B(h) loops properties (coercivity, differential permeability), magnetic adaptive testing (Mat) as well as Barkhausen effect (Be)and magnetoacoustic emission (Mae) signals measurements. the research deals also with the search for a way of digital signal processing that would enable finding signal parameters allowing for the most reliable estimation of plastic deformation level.

• ResearchonthepossibilityofapplicationofaBEprobewithadjustablemagnetizationdirectionfortheassessmentofstressstatespatial distribution in anisotropic materials. the research concentrates on the magnetization conditions and calibration procedure optimization for that task.

• Analysisofthemagneticfluxleakagesignalsobtainedwiththehelpofaprototypepipelineinspectiondevicewiththespecialempha-sis on the digital signal processing ways enabling reliable pipeline integrity loss detection.

realised proJects

the new Magnetic Method of stress level assessMent in the construction Materials, especially anisotropic ones

Budget: pln 3 370 000 completion: 2015 Funding: agreement no. pBs1/a9/14/2012

an intelligent pig inspection device (pig) for the assessMent of the condition of the underground oil and gas pipelines with the help of Magnetic flux leakage (Mfl) MeasureMents

Budget: pln 3 370 000 completion: 2015 Funding: INNOTECH-K2/IN2/53/182767/NCBR/12


• M.Chmielewski,L.Piotrowski, B. augustyniak; a fast procedure of stress state evaluation in magnetically anisotropic steels with the helpofaprobewithadjustablemagnetizingfielddirection,MeasurementScience&Technology;28(2017)045903(11pp).

• L.Piotrowski,M.Chmielewski,Z.L.Kowalewski;TheDominantInfluenceofPlasticDeformationInducedResidualStressontheBark-hausenEffectSignalinMartensiticSteelsJournalofNondestructiveEvaluation;36:10(2017).

• L.Piotrowski,M.Chmielewski,B.Augustyniak;Onthecorrelationbetweenmagnetoacousticemissionandmagnetostrictiondepen-denceontheappliedmagneticfield.J.Magn.Magn.Mater.;Vol.410(2016)pp.34–40.

01faculty of applied physics and MatheMaticsdepartMent of solid state physics laBoratory of Magnetoacoustics

18

29

• M.AugustyniakB.Augustyniak,L.Piotrowski,M.Chmielewski;DeterminationofMagnetisationConditionsinaDouble-CoreBarkhausenNoiseMeasurementSet-up;JournalofNondestructiveEvaluation;34:16(2015).

• L.Piotrowski,M.Chmielewski,B.Augustyniak,P.Maciakowski,K.Prokop;StressanisotropycharacterisationwiththehelpofBarkhauseneffectdetectorwithadjustablemagneticfielddirection;InternationalJournalofAppliedElectromagneticsandMechanicsVol.48(2–3) pp. 163–170 (2015).

contact person

Marek chmielewski, ph.d +48 58 348 66 14 [email protected]

30

current proJect

Magenta (a) „Magneticnanoparticlebasedliquidenergymaterialsforthermoelectricdeviceapplications” (Ciekłemateriałyenergetyczneoparteomagnetycznenanocząstkidozastosowańwurządzeniachtermo-elektrycznych)(b) horizon 2020 (c) ga: 731976 (d) main coord: dr nakamae sawako, France (cea) (e) polish coord: Maciej Bobrowski (f) partners:CommissariataL’EnergieAtomiqueetauxEnergiesAlternatives(France),CentreNationaldelaRechercheScientifique(Fran-

ce),SolvionicSA(France),NationalCenterforScientificResearch„Demokritos„(Greece),CentroRicercheFIATScpa(Italy),Gemmatetechnologies s.r.l. (italy), consiglio nazionale delle ricerche (italy), haute ecole specialisee de suisse occidentale (switzerland), c-tech InnovationLimited(UK)

(g) 01.01.2017–31.12.2020 (h) resources: eur 336 500 + polish Ministry of science and higher education (MnisW) bonus: eur 71 000

other: 1. quantum-classical combined algorithm for investigation of dynamic growth of polymer material on solid and liquid surface, 2. spin states of parylen dimer – multiconfigurational quantum methods, 3. metal salts and matals in reactions with parylene, 4. elasticity of parlenes and copolymers based on parylene, 5. chemical functionalization of parylenes.

realised proJects

enerliq (a) energy conversion based on ionic liquids and novel solid technology (KonwersjaenergiiopartaocieczejonoweinowatorskątechnologięSOLID)(b) number: pspB-051/2010(c) main coord.: Maciej Bobrowski(d) partners: gut and haute ecole specialisee de suisse occidentale (switzerland)(e) 01.02.2012–30.06.2015 (f) resources: pln 1 553 690 for gut

parylens (a) parylene-based artificial smart lenses fabricated using a novel solid-on-liquid deposition process

(Sprytnesoczewkioparteonowatorskątechnologięciałostałenacieczy)(b) Fp7 (c) maincoord:prof.HerbertKeppner,Switzerland,Neuchatel,HES-SO(d) polish coord: Maciej Bobrowski(e) partnersHauteEcoleSpécialiséedelaSuisseOccidentale(Switzerland),ConsiglioNazionaledelleRicerche(Italy),Interuniversitair

Micro-ElectronicaCentrumvzw(Belgium),FundaciónCIDETEC(Spain),Bar-IlanUniversity(Israel),COMELECSA(Switzerland),VARIOPTICsa (France), Fraunhofer-gesellschaft zur Förderung der angewandten Forschung e.v. (deutchalnad), cedrat technologies sa (France), AJLOPHTHALMICSA.(Spain),SCIPROMSarl(Switzerland),

01faculty of applied physics and MatheMaticsdepartMent of solid state physics laBoratory of coMputational Methods in Material science

19

31

(f) 01.10.2010–30.09.2013 (g) resources: eur 270 000 for gut

own proJect national science centre (ncn) (a) CombinedcalculationsofthegrowthofpolymersandcopolymersoverthesolidsandliquidswithintheCVDtechniques(Kombinowane

obliczeniawzrostuwarstwpolimerówikopolimerówwtechnikachCVDnaciałachstałychinacieczach)(b) number: n n519 641640, ga: 6416/B/t02/2011/40(c) 15.04.2011–14.04.2014(d) coordinator: Maciej Bobrowski(e) resources: pln 401 249

Multipol (a) MULTIfunctionalPOLymermaterialsandsystemswithtailoredmechanical,electricalandopticalproperties(Wielofunkcyjnemateriały

polimeroweodopasowanychwłaściwościachmechanicznych,elektrycznychioptycznych)(b) Fp6 (c) ga: nMp3-ct-2006-033201, (d) maincoord:prof.HerbertKeppner,Switzerland,HES-SO,(e) Polishcoord:prof.JarosławRybickiandMaciejBobrowski,Ph.D.,(f) (f)partnersEcoled’ingénieursARC(Switzerland),ConsiglioNazionaledelleRicerche(Italy),COMELECSA(Switzerland),Fraunhofer

institute for reliability and Microintegration, teltow (the Fraunhofer-gesellschaft) (deutchalnad), interuniversity Microelectronics center (Belgium), centre for electrochemical technologies (spain), cedrat technologies (France), Brandenburg university of technology (deutchalnad), Bar-ilan university (israel),

(g) 01.01.2007–31.12.2009 (h) resources: eur 108 000 for gut + pln 210 000 from Ministry of science

own national science centre (ncn) proJect(a) Developmentofquantum-classicalsimulationmethodsofinvestigationsofmechanicalproprietiesofmetalicnanowires(Rozwinięcie

kwantowo-klasycznychmetodsymulacyjnychbadańwłaściwościmechanicznychnanoprętówmetalicznych),(b) number: 3 t11F 026 29, nr umowy 1627/t11/2005/29, (c) 08.12.2005–07.12.2008, (d) coord: Maciej Bobrowski.

own national science centre (ncn) proJect • Developmentoftheoriesformulti-scalesimulationsofultraprecisemachiningofmetals(Rozwinięcieteoriialgorytmówdlawieloskalo-

wych symulacji ultraprecyzyjnego skrawania metali)• number:7T11F01321,nrumowy1663/T11/2001/21.• coord:prof.JarosławRybicki,maincontractor–MaciejBobrowski,Ph.D.• 01.10.2001–30.09.2004.


• Polymerizationofchloro-p-xylylenes,quantum-chemicalstudy,CezaryCzaplewski,KrzysztofSmalara,ArturGiełdoń,MaciejBobrowski,JournalofMolecularModeling,2017,DOI:10.1007/s00894-016-3179-6.

• TowardstheApplicationofStructure-PropertyRelationshipModelinginMaterialsScience:PredictingtheSeebeckCoefficientfor ionic liquid/redox couple systems, anita sosnowska, Maciej Barycki, agnieszka gajewicz, Maciej Bobrowski, sylwia Freza, PiotrSkurski,StefanieUhl,EdithLaux,TonyJournot,LaureJeandupeux,HerbertKeppner,TomaszPuzyn,ChemPhysChem,17,11,1591–1600, 2016.

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• FunctionalThinFilmsResultingfromParylene-VinylCopolymerizationMaciejBobrowski,SylwiaFreza,PiotrSkurski,Macromolecules,45,21, 8532–8546, 2012.

• FunctionalizationofParyleneDuringItsChemicalVaporDepositionMariaNaddaka,FlorianAsen,SylwiaFreza,MaciejBobrowski,PiotrSkurski,EdithLaux,JeromeCharmet,HerbertKeppner,MonikaBauer,Jean-PaulLellouche,JournalofPolymerSciencePartA-Polymerchemistry, 49, 13, 2952–2958, 2011.

• Hybridquantum-classicalapproachforatomisticsimulationofmetallicsystems,JacekDziedzic,MaciejBobrowski,JarosławRybicki,physical review B, 83, 22, 224114-1 – 224114-22, 2011.

contact person

Maciej Bobrowski, ph.d +48 58 347 12 35 [email protected]

33

research issues

• DevelopmentoftheQM/MMtechniquesusingpolarizablepotentials• DevelopmentoftheextendedLagrangianmethodsinapplicationtotheLS-BOMDwithlocalizedorbitalsoptimizedinsitu• Centralforcedecompositionofthes-MEAMclasspotentials• MolecularDynamicsinvestigationsofliquidcopperstructure

recent puBlications

• TINKTEP:Afullyself-consistent,mutually-polarizableQM/MMapproachbasedontheAMOEBAforcefield,J.Dziedzic,Y.Mao,Y.Shao,J. Ponder,T.Head-Gordon,M.Head-Gordon,andC.-K.Skylaris,J.Chem.Phys,145,124106(2016).

• AdvancedPotentialEnergySurfacesforMolecularSimulation,A.Albaugh,H.A.Boateng,R.T.Bradshaw,O.N.Demerdash,J.Dziedzic,Y. Mao,D.T.Margul,J.M.Swails,Q.Zeng,D.A.Case,P.K.Eastman,J.W.Essex,M.Head-Gordon,V.S.Pande,J.W.Ponder,Y.Shao,C.-K.Skylaris,I.T.Todorov,M.E.Tuckerman,T.Head-Gordon,J.Phys.Chem.B(2016).

• PerformanceofextendedLagrangianschemesformoleculardynamicssimulationswithclassicalpolarisableforcefieldsanddensityfunctionaltheory,V.Vitale,J.Dziedzic,A.Albaugh,A.M.N.Niklasson,T.Head-Gordon,andC.-K.Skylaris,J.Chem.Phys.(2017)(inprint)

• Central-forcedecompositionofspline-basedmodifiedembeddedatommethodpotential,S.Winczewski,J.Dziedzic,J.Rybicki,Modellingand simulation in Materials science and engineering, 24 (7), 075003 (2016).

contact person

Prof.JarosławRybicki +48 58 347 28 34 [email protected]

01faculty of applied physics and MatheMaticsdepartMent of solid state physics

group of coMputational Methods in Material science20

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01faculty of applied physics and MatheMaticsdepartMent of solid state physics laBoratory of iMpedance spectroscopy and glass science

21

research activities

• Linearandnon-linearimpedancemeasurementsandanalysis• Mechanismofelectricalconductivityinoxideglasses• Sol-gelmethod• Structureofferroelectricglass-ceramicsnanocomposites• Structureofferromagneticglass-ceramicsnanocomposites

recent puBlications

• N.A.Szreder,P.Kosiorek,K.Kasiak,J.Karczewski,M.Gazda,R.J.BarczyńskiNanostructureanddielectricbehaviorofvanadateglassescontainingBaTiO3;JournalofNon-CrystallineSolids401(2014)202–206.

• N.A.Szreder,,P.Kupracz,M.Prześniak-Welenc,J.Karczewski,M.Gazda,R.J.Barczyński,Nonlinearandlinearimpedanceofbismuthvana-date ceramics and its relation to structural properties, solid state ionics, 271 (2015) 86–90 doi:10.1016/j.ssi.2014.10.028

• N.A.Szreder,P.Kupracz,M.Prześniak-Welenc,J.Karczewski,M.Gazda,K.Siuzdak,R.J.Barczyński,Electronicandionicrelaxationsinstrontium–borate glass and glass-ceramics containing bismuth and vanadium oxides, solid state ionics 282 (2015) 37–48. doi:10.1016/j.ssi.2015.09.021

• P.Kupracz,J.Karczewski,M.Prześniak-Welenc,N.A.Szreder,M.J.Winiarski,T.Klimczuk,Microstructureandelectricalpropertiesofman-ganeseborosilicateglasses,JournalofNon-CrystallineSolids423–424(2015)68–75,doi:10.1016/j.jnoncrysol.2015.05.014

• P.Kupracz,A.Lenarciak,M.Lapiński,M.Prześniak-Welenc,N.A.Szreder,R.J.Barczyński.Polaronhoppingconductioninmanganeseborosilicateglass.JournalofNon-CrystallineSolids458(2017)15–21.DOI:10.1016/j.jnoncrysol.2016.12.008(F:1,82)

• N.A.Szreder,M.Prześniak-Welenc,P.Kupracz,J.Karczewski,M.Gazda,R.J.Barczyński.Mixedionic–electronicconductivityandstructuralproperties of strontium-borate glass containing nanocrystallites of Bi2vo5.5. phys. status solidi (2017), in print, online: doi: 110.1002/pssb.201700093

contact person

RyszardJ.Barczyński,Ph.D.,D.Sc. +48 58 347 18 32 [email protected]

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01faculty of applied physics and MatheMaticsdepartMent of solid state physics

group of physics and cheMistry of nanoMaterials 22

research area

• Crystalsandthinlayersgrowth• Thermodynamicaspectofnanomaterialsynthesis• OptoelectronicandSuperconductingmaterials• Plasmonicplatformsobtainedbydirectionalsolidificationofeutectics

the studies include the generation of materials, structural studies, investigations of selected physical properties for applications in modern technologies.

puBlications

• ŻelechowskaK.,KondratowiczI.,SadowskiW.3Dporousgraphene-basedstructures-synthesisandapplicationsinCarbonNanotechnolo-gy, one central press, 2015, isBn (eBook): 978-1-910086-11-7.

• M.Walas,T.Lewandowski,A.Synak,M.Łapiński,W.SadowskiandB.Kościelska,Eu3+dopedtelluriteglassceramicscontainingSrF2nanocrystals:preparation,structureandluminescenceproperties,JournalofAlloysandCompounds696(2017),p.619–626.

• M.Walas,AgataPastwa,T.Lewandowski,A.Synak,I.Gryczyński,W.Sadowski,B.Kościelska,LuminescentpropertiesofLn3+dopedtellu-rite glasses containing alF3, opt. Mater. 59 (2016), p. 70–75.

• M.Prześniak-Welenc,J.Karczewski,J.Smalc-Koziorowska,M.Łapiński,W.SadowskiandB.Kościelska,Theinfluenceofnanostructuressize on v2o5 electrochemical properties as cathode materials for lithium ion battery, rsc advances 6 (2016), p. 55689–55697.

contact person

prof. Wojciech sadowski +48 58 347 2091 [email protected] https://ftims.pg.edu.pl/fizyki-ciala-stalego/wojciech-sadowski

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02faculty of architecture

39

research issues

architecture and waterscapesthe research is focused on issues concerning water-related architecture and water landscapes. in particular the research concerns:• Waterlandscapes,waterurbanism• VistulaRiverwaterlandscapesandhistoricalhydrographies• Urbanrenewalstrategiesbasedondesigningwithwater,watersensitiveurbandesignforresilientcities• Transformationandadaptivere-useofpost-industrialbuildings,structuresandlandscapes• Canalsandindustrialstructuresasculturalheritage• Architectureofportcities• Designsolutionsforportsandmarinas• Architectureofshipsandyachtsinthecontextofsafetyandefficiencyconstraints• Floatingarchitecture• Natureandtechnology:mediaandinteractivetechnologiesforcreativeurbanlandscapes

computational design and fabrication technologies in architecture• Computationalarchitecture• Energyandcostsavingdesign• ArtificialIntelligenceinarchitecture• Fabricationmethods• Computeraideddesign• Usageofroboticsinarchitecture• Computervision• VRinarchitecture• Designmethods

the research is focused on applications of computational technologies for design and production in architecture and architectural education.the subject of the study is the use of digital computing tools for analysis, simulation, optimization, design, prototyping and fabrication of experimental architectural objects. computational design methods enable change of the building investment process, from the architectural concept through multi-criterion project optimization to the stage of digital fabrication, investment execution and operation. the research involved both the potential of commercial BiM-based software and the development tools for developing personalized applications to solve design problems. these studies are carried out within the cdio (conceive-design-implement-operate) and Future engineer training program.

ageing society and health-care architecture• Thedevelopmentofascientificdisciplineinthefieldofplanning,programminganddesigningofhealth-carefacilities• ModernizationofgeneralandspecialisthospitalsofPomeranianVoivodeship(developmentandimplementationofdesignmethodo-

logies for complex infrastructure facilities with high-level technical equipment and technology, refurbishment and modernization of healthcare facilities)

• Structuraltransformationofhealth-carefacilities• Innovativehospital• Wellnessasapartofcomplexfunctionalsystem(designanddevelopmentofspecializedhealth-carefacilities,withtheimplementation

of a diverse range of medical care)• Depictingplanningconditionsforthelocationofahospital,itshierarchyintherangeofmedicalservices,functionalandspatialsolu-

tions, technical, installation and technology equipment• Organizationandmanagementofhealth-carefacilities

02faculty of architecturedepartMent of urBan architecture and waterscapes 23

40

realised proJects

• PrusiewiczA.,GrychM.,BąkowskiJ.:ExtensiontoChemiaCBuilding.GdańskUniversityofTechnologyCampus,2017

• NykaL.:‘ReclaimingtheRoyalBrookinGUTcampusarea’projectco-financedbyPomeranianFoundationforEnvironmentalProtectionandWaterManagement(WFOŚiGW).Gdańsk2014–2016

• CudzikJ.,RadziszewskiK.,2017:ParametricBenchinGdynia

• CudzikJ.,RadziszewskiK.,2016:Generativeinstallation,Sopot

• CudzikJ.,RadziszewskiK.,JuchnevicR.,ZboińskaM.:Experimentaldesignandprototypeofthekineticfaçade.Gdańsk2015

• CudzikJ.,RadziszewskiK.:ParametricInstalation,Sopot2015

• NykaL.,BurdaI.,GujskiJ.,SzczepańskiJ.:Historical,architecturalandurbananalysisasintroductorystudiesfortheaesthetisationofthegdansk port area. project commissioned by the gdańsk port authority (ZpMg), 2015

• BladowskiJ.,CudzikJ.,RadziszewskiK.,JuchnevicR.,JuchnevicK.,ZboińskaM.:Parametricboxdome,Gdańsk2013

• NykaL.:FloatingGalleryforGdańskandPomeranianRegion.ProjectincludedintheapplicationCulturalCapitalofEurope–Gdańskasacandidate city. gdańsk 2012

• KohnkeA.,BąkowskiJ.:One-dayhospital,privatedeveloper,Elbląg,2014

• DroszczJ.:In-patientsclinics,Gdynia-Karwiny,„PomóżiTy”Foundation,2010

• PoplatekJ.,BąkowskiJ.,Plichta-ChudeckaM.:SPAhotel,Bąkowo,privatedeveloper,2009

• BąkowskiJ.,LewandowskiP.,SamagalskiR.:Obstetricandgynaecologicalhospital,Olsztyn,privatedeveloper,2009


• NykaL.:ExperiencingHistoricWaterwaysandWaterLandscapesoftheVistulaRiverDelta,in:F.Vallerani,F.Visentin(Eds.)Waterwaysascultural landscapes, routledge 2018, pp. 173–191

• NykaL.,CudzikJ.:ReasonsforImplementingMovementinKineticArchitecture[in]IOPConferenceSeries:MaterialsScienceandEngine-ering, vol. 245, prague, czech republic, 2017, p. 1–8, doi: 10.1088/1757-899X/245/4/042073

• NykaL.,CudzikJ.:UtopianKineticStructuresandTheirImpactontheContemporaryArchitecture[in]IOPConferenceSeries:Materialsscience and engineering, volume 245, prague, czech republic, 2017, p. 1–9, doi:10.1088/1757-899X/245/5/052090

• BąkowskiJ.:Analyticaltoolsforfunctionalassessmentofarchitecturallayouts,[in:]IIOPConferenceSeries:MaterialsScienceandEngi-neering, 2017, vol. 45, doi:10.1088/issn.1757-899X

• BąkowskiJ.:Modernizationofhistorichealth-carebuildings,[in:]WITTransactionsonTheBuiltEnvironment,WessexInstituteofTechno-logyPress,Ashurst,Southampton,UK,vol.171,2017,p.125–133

• NykaL.:Fromstructurestolandscapes–towardsre-conceptualizationoftheurbancondition.In:CouceirodaCostaetal.Eds,Architectu-ralResearchAddressingSocietalChallenges.Taylor&Francis2017,pp.509–515.DOI:10.1201/9781315226255-78

• PoplatekJ.:Modernizationofexistinghospitals,[in:]WITTransactionsonTheBuiltEnvironment,WessexInstituteofTechnologyPress,Ashurst,Southampton,UK,vol.171,2017,p.239–246

• BąkowskiJ.:Amobilehospital–itsadvantagesandfunctionallimitations,[in:]InternationalJournalofSafetyandSecurityEngineering,nr4(vol.6),WessexInstituteofTechnologyPress,Ashurst,Southampton,UK,2016,p.746–754

• BąkowskiJ.,PoplatekJ.,KołodziejA.:Hospitalasalandscapemark[in:]3rdInternationalMultidisciplinaryScientificConferenceonSocialSciences&ArtsSGEM2016,vol.II,Vienna,Austria,2016,p.633–640.

• CudzikJ.:Ruchwarchitekturze(KinematicsinArchitecture),Gdansk,2016

• NykaL.,BoruckaJ.,UrbanowiczK.:ExperiencingtheOcean–thePathsforUrbanDevelopmentofSaoPedrodoEstorilinLisbonMetropoli-tanArea.In:WaterfrontUrbanDesign(EWWUD).P.RessanoGarciaEd.EdiçõesUniversitáriasLusófonas,Lisbon,Portugal,2016,pp.19–29.

• NykaL.:PolderAndCity:SustainingWaterLandscapesonanUrbanEdge.In:3rdInternationalMultidisciplinaryScientificConferenceonsocial sciences and arts (sgeM 2016), Book 4, vol. ii, pp. 493–500.

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• UrbanowiczK.,NykaL.:Interactiveandmediaarchitecture–fromsocialencounterstocityplanningstrategies.ProcediaEngineering(2016),pp.1330–1337.Elsevier,Oxford,UK.

• CudzikJ.,RadziszewskiK.,JuchnevicR.,ZboińskaM.:Adesignframeworkandadigitaltoolsetsupportingtheearly-stageexplorationsofresponsivekineticbuildingskinconcepts[in:]Proceedingsofthe33rdeCAADeConferenceVol.2:RealTime-EXTENDINGTHEREACHOFcoMputation, vienna, austria, 2015, p. 715–725

• CudzikJ.:Kinematicsasananswertothecurrentneedtocreateare-configurablespace[in:]SPACERELOADING:TheNewSpace-PlacesintheCity,Kraków2014,p.25–37

• NykaL.:Architekturaiwoda–przekraczaniegranic(ArchitectureandWater–CrossingtheBoundaries),Gdańsk2013

• UrbanowiczK.,NykaL.:Mediaarchitecture:participationthroughthesenses.InProceedingsofthe4thMediaArchitectureBiennaleconference, arhus, denmark, november 14–17, 2012. MaB2012. acM, new york 2012, p. 51–54

J.Cudzik,K.Radziszewski,R.Juchnevic,2017:Roboticsin architecture, gdańsk

J.Cudzik,K.Radziszewski,R.Juchnevic,2017:Roboticsin architecture, gdańsk

K.Radziszewski,R.Juchnevic,R.2017:Robotictypo-graphy, gdańsk

J.Cudzik,K.Radziszewski,R.Juchnevic,K.Juchne-vic, M. Zboińska 2014: parametric hexagonal dome, gdańsk

42

enhancing water resilience by reclaiming the royal Brook in gut campusarea.L.Nyka,E.Staniszewska,J.Cudzik

studies of transformation of the vistula river delta water connections on the background of the Free city of gdańsk map, 1919. l. nyka

43

02faculty of architecturedepartMent of housing and architecture of puBlic Buildings 24

research issues

• Relationshipsbetweenarchitecturalspaceandqualityoftheenvironment• Publicbuildingsinthecomplexurbanenvironment• Contemporaryissuesconcerningresidentialarchitecture• Interdisciplinaryapproachtoarchitecturaltheoryanddesign• Mediaarchitectureinpost-moderncity• Socialcontextofarchitecture• Publicbuildingsandadaptivere-use• Regenerationpublicspacesandpreservationculturalandnaturalheritage

research program is mainly focused on new design approaches of housing and architecture of public buildings. they cover changing require-ments for living, transformation and adaptation of buildings for residential functions, revitalisation of urban spaces, social innovations in architecture, new media of communication in public architecture and public space, interrelations of art and architecture.Both, scientific area of residential architecture and architecture of public building are researched in many aspects, often in interdisciplinary teams to bring to our domain with new design methods, theoretical perspectives and research methods.

in interdisciplinary approach to architectural theory and design research is focused on ways of implementing in architectural theory and desi-gn practice newest achievements of other science disciplines and technological advancements. in field of theory of architecture connections between mathematics and architecture are inquired to develop new approaches to perception of space. research team is developing new design methods in rethinking classical design tools: sketch and ideogram. team is also developing research by design methodology. new ap-proaches are implemented in design solutions developed by department team. the research is also focused on relations between architecture and other fields of art. this interrelation and emergence of new art media, like interactive art, is important field of study. it gives opportunity to search new design approaches and tools of shaping public space.

Media architecture in post-modern city research concentrates on the role of media architecture in the visual structure of urban space with special regard to commercial space. goal of research is categorisation of new media solutions in technology and evaluation of its potential use in design practice. research team also analyses and presents wide context of development of media solution and its relation to changes of post-modern city, showing current trends in media architecture. important research on social context of architecture if focused on inquiring social aspects of city transformation with special regard to public spaces in inner-city and residential areas. research team is developing methods of implementing place making approach in polish social, economic and legal conditions. research also covers cultural studies of activity in public spaces and concept of identity in contemporary city.

realised proJects

• A.Taraszkiewicz,W.Targowski,P.Mazur,M.Skrzypek-Łachińska,K.Taraszkiewicz,M.Gerigk,2015:NanotechnologyCenteroftheGdanskuniversity of technology , gdańsk

• W.Targowski,A.Taraszkiewicz,P.Mazur,P.Czarzasty,K.Taraszkiewicz2007project,2014realization:EuropeanSolidarityCenter(ECS),gdańsk

• B.Domsta,J.Droszcz,K.Kowalewski,A.Kwieciński,2009Project,realization2016:MuseumoftheIIWorldWar,Gdańsk

44

• E.Ratajczyk-Piątkowska,K.Piątkowska,2005:modernizationoftheMarketHall,Gdańsk

• BoruckaJ.,2015:InspirationBankProject,People’sSmartSculptureProject,CreativeEuropeEUProject,localleaderM.Wróblewska,GdanskCityGallery,BoruckaJ.:projectauthorandaresearchteamleader.Gdańsk

• BoruckaJ.,2017:"UrbanWalkArchitectureTalk”projectGdansk/Rome,People’sSmartSculptureProjectlocalleaderM.WróblewskaGdanskCityGallery,BoruckaJ.:projectauthorandaresearchteamleader.Gdańsk,Rome

• BoruckaJ.,CzyżP.,"IncjatywaMiasto”NGO-participationandplacemakingProjectswithintheTreecity

• BoruckaJ.,NykaL.,UrbanowiczK.,2009-20012:“SensingtheCity–DesigningUrbanExperience”,BoruckaJ.:internationalEUfoundedprogramme’sco-authorandcoordinator.

• BoruckaJ.,KonarzewskaB.,NykaL.,UrbanowiczK.,2011:“ArtandScience–SynergyofArtandTechnologyinUrbanSpaces”,BoruckaJ.:internationalEUfoundedprogramme’sco-author.


• BoruckaJ.,WróblewskaM.:Moveintotheopenspace–whatcanweexpectfrommovingartisticinterventionstoopenurbanspaces?[w:]InteractionDesign&Architecture(s)-IxD&AJournal,N.34(2017)-specialissueon"EmergingDesign:TransformingtheSTEAMLearningLandscapewiththeSupportofDigitalTechnologies"eds.DanielSpikol,JalalNouri,TeresaCerrattoPargmanandMarceloMilradwithaFocusSectionon:"TemporalitiesofEngagement:challengesofco-designinpublicspaces"eds.AlmaLeoraCulénandDagnyStuedahl, s. 118 – 132

• BoruckaJ.,MattognoC.:StreetArtandUrbanRegeneration.CaseStudyGdanskandRome,SGEM2016ConferenceProceedings, Book 4, arts, performing arts, architecture and design, vol.2, ed. prof. lidia cristea at al. sofia: steF92 technology ltd., 2016, pp.663-670

• BoruckaJ.,UrbanowiczK.:Non-VisualAspectsoftheSpace.PerformingtheSoundscapeoftheCity,w:RethinkingArt&Architecture: AChallengingInterdisciplinaryGround,(ed.)Z.Uludag,G.Gulec,NOBELAkademikYayıncılık,Kasım2016,pp.314-321

• BoruckaJ.:Soundartandarchitecture:Newhorizonsforarchitectureandurbanism[in]:Procedia-SocialandBehavioralSciences174 (2015 ), pp.3903-3908

• BoruckaJ.,GatermannH.:ArchitekturführerDanzig:GdanskSopotGdynia,ArchitectureGuideGdansk:GdanskSopotGdynia,DOMpublishers, Berlin 2016.

• BoruckaJ.:Buildingculturewrittenintothelandscape–howtoreadspatialtradition[in:]StructuresandArchitectureBeyondtheirLimits,(ed.)PauloJ.daSousaCruzBocaRaton,London,NewYork,Leiden:CRCPress,Taylor&FrancisGroup,2016.

• CzechA.,BoruckaJ.:TheArchitectureandFashionDesign–AnExaminationoftheRelationshipbetweenFashionandArchitectureDesigninlightofTechnologicalAdvancements[in:]AR(t)CHITECTURE,(ed.)IrisAravot,DanaMargalith,FacultyofArchitectureandTownPlan-ning, technion, i.i.t, haifa 2016.

• CzechA.,BoruckaJ.:TheUseoftheLanguageofMathematicsasanInspirationforContemporaryArchitecturalDesign,[in:]Procediaengineering 161 (2016), elsevier limited, 2016, pp.1582-1587.

• CzyżP.,TargowskiW.:ShapingPlaceIdentitythroughInteractionontheExampleoftheEuropeanSolidarityCentreinGdansk,IOPpublishing ltd, prague, 2017.

• CzyżP.:Arriere-gardeinarchitecture,asaresponsetopost-postmodernreality[in:]3rdInternationalMultidisciplinaryScientificConfe-rence on social sciences and arts sgeM2016/ ed. prof. lidia cristea, romania vienna: sgeM2016 conference proceedings, vienna, 2016.

• GerigkM.:Multi-CriteriaApproachinMultifunctionalBuildingDesignProcess,IOPConferenceSeries:MaterialsScienceandEngineering,vol. 245, prague, 2017,p.1-8.

• KrenzJ.:Cityinmyeyes[in:]SketchCity.TipsandInspirationforDrawingonLocation.Berkeley,2015,pp.132-145.

• KrenzJ.:Ideogram:fromIdeatoArchitecturalForm,UniversidadedaBeiraInterior,Beira,2014.

• Ratajczyk-PiątkowskaE.:Commercialfunctionasatreattothemonument-25yearsofexperienceinthecommercializationofmonu-ments in gdansk, poland, WMcaus, prague, 2017.

• Ratajczyk-Piatkowska,E.:MarkthalRotterdamasacontemporarycontinuationofnineteenth-centurymarket-halls'architecturalideasineurope, sgeM, arts, performing arts, architecture and design, volume ii, vienna, austria, 2016.

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A.Taraszkiewicz,W.Targowski,P.Mazur,M.Skrzypek-Łachiń-ska,K.Taraszkiewicz,M. gerigk, 2015: nanotechnology center of the gdansk uni-versity of technology , gdańsk

W.targowski, a. taraszkiewicz , p. Mazur, p. czarzasty, K.Taraszkiewicz,2007project,2014realization:Europeansolidarity center (ecs), gdańsk

B.Domsta,J.Droszcz,K.Kowalewski,A.Kwieciński, 2009 project, realization 2016: Museum of the ii World War, gdańsk

46

J.Borucka,M.Wróblewska,2017:Jane’sWalk“CrossingtheBridges–GdańskOsiek–Alongcanaltowardsdiscoveringadistrict”andartinstal-lation recalling forgotten canal, accompanying and concluding the walk, within “urban Walk architecture talk” project, gdańsk

P.Czyż,G.Cichosz,2016:DevelopmentofthesquareinthequarterSzeroka/GroblaII/Świętojańska/SzklarystreetsandasocialprojectfortherevitalizationoftheŚwiętopełkParkinGdańsk

47

• TaraszkiewiczA.:WielorodzinnaarchitekturamieszkaniowawPolsceokresutransformacjinaprzykładzieTrójmiasta[Multi-familyresi-dentialarchitectureinPolandtheperiodofsocio-economictransformation],ProfessorialThesis,GUT,Gdańsk,2013.

• TaraszkiewiczA.,Researchbydesignwarchitekturze[Researchbydesigninarchitecture],Gdańsk,2016.

• TaraszkiewiczA.,GerigkM.:Safety-basedapproachinmultifunctionalbuildingdesign[in:]Proceedingsoftheeuropeansafetyandrelia-bilityconference(ESREL),Taylor&FrancisGroup,2015.

• ŻyczkowskaK.:Changingbylight–howthelightingofintelligentspacescaninfluencetheurbanimage[in:]SustainableCityVII,Urbanregeneration and sustainability, ed. M. pacetti, g. passerini, c. a. Brebbia, g. latini, Wit press, southampton, 2012.

contact person

prof. antoni taraszkiewicz, ph.d, d.sc. phone: +48 58 347 24 59 e-mail: [email protected] https://arch.pg.edu.pl/katedra-architektury-mieszkaniowej-i-uzytecznosci-publicznej/main-page

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research issues

• historicandarchitecturalresearchofthemedievalandearlymodernarchitecture.Secularandsacralarchitecture,mainlyCistercian,• history,preservationandconservationofthe20thCenturyarchitectureofPolandandNorthernEurope,mainlyGdyniaandGdańsk

region, • historyof19thand20thCenturyindustrialarchitecture• theoryofpreservationandconservationofarchitecture• historyofmilitaryarchitecture• historyofNeolithicarchitecture

research projects undertaken today by members of the department of history, theory of architecture and conservation of Monuments are rootedintheresearchtraditionstartedbytherenownprofessorsoftheFacultyofArchitecture,suchasJanBorowski,MarianOsińskiiJerzystankiewicz. nowadays, the tradition is substantially broadened and supplemented by the contemporary subjects. research team members are collaborating with several international organisations, dealing with preservation and conservation of architecture, such as icoMos (international council of Monuments and sites) and docoMoMo (documentation and conservation of Modern Movement). TheDepartmentisalsoinvolvedeverytwoyearsinorganisationoftheInternationalConference„ModernisminEurope–Modernismingdynia”, which has became a focus of interest of many renown architectural historians and conservationists word-wide. Members of the staff of the department also collaborate with many local societies and non-governmental organisations of gdańsk and gdynia, such as stowarzy-szenieKonserwatorówZabytków(SocietyoftheMonumentConservators),TowarzystwoPrzyjaciółOrłowa(SocietyoftheFriendsofOrłowo),TowarzystwoMiłośnikówWrzeszcza(SocietyoftheFriendsofWrzeszcz)andothers.

realised proJects

Çatalhöyük in late neolith (6500–5900 B.c.): atteMpt to reconstruct the spatial arrangeMent Based on architectural and structural features of the sites.project supported by the national science centre, eur 30.500, 2014–2017


• 20thCenturyArchitectureuntilthe1960sandItsPreservation,ed.MariaJolantaSołtysik,RobertHirschGdynia:GdyniaCityHall,2015

• G.Bukal,Zabytkiarchitekturywkrajobraziekulturowym

• M.Dymnicka,J.Szczepański,Gdańskpalimpsest.Onobscuringandretrievingtracesofmemory,“ForumSocjologiczne”,No6,2015

• M.Dymnicka,J.Szczepański,DilemmasofIdentityinContemporaryCities.TheCityofGdanskasanExample,“ProcediaEngineering”,Vol.161, 201

• R.Hirsch,OchronaikonserwacjahistorycznejarchitekturymodernistycznejGdyni:Zarysproblematyki

• Orchowska-Smolińska,Modernist,1920sAnd1930sIndustrialArchitectureOfThePortOfGdynia–InSearchOfAnAestheticLanguageFor utilitarian Buildings of the polish gateway to the World, sgeM2016 conference proceedings

• Piwek,WystrojeartystycznekościołapocysterskiegowOliwie,PolitechnikaGdańska,2013

• SołtysikM.:ContinuitybyChange–3WaysofConversioninModernArchitecture.TheCaseofGdynia,[in:]AdaptiveReuse,ed.Anatostöes, Zara Ferreira, lisboa: do.co.mo.mo. 2016

• P.Samól,OriginsofbrickarchitectureinPomerania,SGEM2016ConferenceProceedings.

02faculty of architecturedepartMent of history, theory of architecture and conservation of MonuMents25

49

• J.Szczepański,ZewnętrznastolarkadrzwiowaWrzeszczanaprzełomieXIXiXXw.[DoorFormsinGdańsk-WrzeszczArchitectureattheTurnofthe19thand20thCenturies],[in:]Dziedzictwonanowoodkrywane.Detalarchitektoniczny1850–1939.[DiscoveringHeritageAgain.ArchitecturalDetail1850–1939]ed.J.Roguska,Warszawa2014.

contact person

Prof.MariaJ.Sołtysik +48 58 348 27 87 [email protected] http://arch.pg.edu.pl/katedra-historii-teorii-architektury-i-konserwacji-zabytkow/main-page

Gdańsk,St.PeterandSt.Paul’sChurchafterthe collapse of vaulting in the 1950s

gdynia, Zus (social insurance company) office Building, 1935, arch. roman piotrowski

50

02faculty of architecturedepartMent of environMental design26

research issues

• sustainabledesigninarchitecture• greenarchitecture• energy-savingdesign• woodenarchitecture• landscapearchitecture• ruraldevelopment• protectionofruralheritage• transformationofrurallandscape• spatialconsequencesofruraltourism• revitalizationofsmalltowns

the researches concern the shaping of landscapes, rural settlements and architecture from the environmental perspective. they are con-ducted in cooperation with local government authorities of the rural and urban municipalities. the research is prepared with associations andculturalinstitutions,suchastheNationalMuseum,theMuseumofHistoryofGdańskorEthnographicMuseuminWdzydzeKiszewskie.the results are the methods of space management, which attempts to bring back the harmony of a landscape, protect cultural heritage and sustain regional identity. the results of research works are the projects of energy-efficient houses and ecological estates, restoration of historical parks and modifications of public spaces. in cooperation with local residents and activist groups popular science papers have been published. they show research results and constitute the rules of good spatial practices for local communities.

realised proJects

• D.Wojtowicz-Jankowska,R.Cielątkowska,P.Lorens,R.Nazarovec,2014:ThemanagementplanforMuzeumofArchitectureandMaterialculture in lviv, ukraine

• R.Cielątkowska,M.Lange,Sz.Sołtysek,J.Wojtas,2014–2015:InventoryandrevitalizationprojectofawoodenchurchinRozłuchinUkraine


• R.Cielątkowska:Translocatio,Gdańsk2014:

• A.Górka:Landscapedimensionofrurality,Gdańsk2016

• A.Górka:Thelandscaperurality:newchallengeforthesustainabledevelopmentofruralareasinPoland,ProcediaEngineering,2016,ElsevierLimited,Oxford,UK,pp.1373–1378

• R.Idem:SocializationoftheSustainableArchitecturalDesignProcess,Gdańsk2014

• R.Idem:Shapingmicroenvironmentasacommunityplace,Gdańsk2012.

• J.Poczobut,SocialactivitiesinTheVistulaMarshlands,Contemporaryrurallandscapes,Tuchola2011,pp.133–138

• D.Wojtowicz-Jankowska,Insearchofanewexpositionspace,ProcediaEngineering2016,ElsevierLimited,Oxford,UK,pp.307–312.

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contact person

robert idem, ph.d, d.sc. +48 58 348 60 93 [email protected] www.arch.pg.edu.pl/katedra-projektowania-srodowiskowego/main-page

Podlachialandscape,A.Górka street planting, gdynia, M. Zaworska

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research issues

• analysisandassessmentoftechnologyandmaterialsappliedinbuildingengineering,• managementofbuildinginvestments,• architectonicformsofcontemporaryconstructions,• constructionandpreservationofhistoricbuildingmonuments,• architecturalandurbanenvironmentalacoustics,• stochasticsoilmechanics,• reliabilityofbuildingstructures,• foundationsofhistoricalbuildings,• architecturalandstructuralproblemsoftimberconstructionsduringmodernizationprocesses• applicationofsteelinarchitecture,• Diagnosticandmonitoringofhistoricalbuildings,• Principlesofuniversaldesigninarchitecturalpractice,• Analysisofstructuressubjectedtodynamicloadings.

realised proJects

developing a systeM for detecting security threats of Blind and visually iMpaired people with special attention to road traffic – national centre for research and development (ncBir) research and development project for national defense and security: adopted for implementation for 2011–2014 – expert architect M. Wysocki, ph.d., d.sc.

incorporating education and laBor Market – recoMMendations for puBlic policy

– research project implemented by the institute for educational research, financed by the european social Fund, expert cooperation – M. Wysocki, ph.d., d.sc., september–november 2014.


• Selectedproblemsofrebuildingandmodernisationofthebuildings/ed.prof.Drhab.JarosławPrzewłócki,Ph.D.RafałJanowicz,Ph.D.,gdańsk: 2016

• KamisińskiT.,KulowskiA,KinaszR.:CanHistoricInteriorswithLargeCubaturebeTurnedAcousticallyCorrect?ArchivesofAcoustics,41,1,pp. 3–14, 2016

• PrzewłóckiJ.,GórskiJ.,ŚwidzińskiW.:Simplifiedprobabilisticanalysisofsettlementofcyclicallyloadedsoilstratumusingpointestimatemethod. archives of hydro-engineering and environmental engineering, 63 (2–3), 121–133, 2016

• RuckaM.,LachowiczJ.,ZielińskaM:GPRinvestigationofthestrengtheningsystemofahistoricmasonryTower,JournalofAppliedGeo-physics, vol. 131, pp. 94–102, 2016

• GrębowskiK.:Cable-stayedcantileverstructuresasanexpatofuniqueapplicationintheconstructionofabuildinglocatedinseismicarea–anauthor’sprojectofmultifunctionalbuildinginLisbon,Portugal,InternationalJournalofAppliedMechanicsandEngineering,20,2, pp. 805–816, 2015

02faculty of architecturedepartMent of technical fundaMentals of architectural design27

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contact person

Prof.JarosławPrzewócki [email protected] http://arch.pg.edu.pl/katedra-technicznych-podstaw-projektowania-architektonicznego/main-page

one of the concepts of the bridge to the sobie-szewo islandauthor: stefan niewitecki . contract no. 2904/2009 with "europrojekt" sa

cross-section of foundation of historical building and graphical visualization of the settlement author: Monika Zielińska

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research issues

department of urban design and regional planning is currently involved in various research and development projects associated with urban development and regeneration issues. these include planning for comprehensive urban regeneration of distressed areas in small and medium-sized towns (with extensive involvement of public participation methods), researching on issues and problems associated with transformation of brownfields (including discussions on issues in heritage preservation and identity management), planning for develop-ment / transformation of urban public spaces as well as on reshaping the suburban areas. additional areas of research explore theory and methodology of conservation and revalorization of towns and urban historical structures, lighting design issues within urban environment, and social aspects of urban design.

realised proJects

Keyresearchanddevelopmentprojectsdeveloperinclude:• DefiningtheconservationanddevelopmentprinciplesfortheareaoftheformerGdanskShipyard–theYoungCitydistrictinGdansk–

completed in august 2016, financed by the drewnica development ltd., total project budget: eur 28,000.00

• UrbanRedevelopmentPlanfortheMunicipalityofWejherowo–completedinOctober2016,financedbytheCityofWejherowo,totalproject budget: eur 27,000.00

• COSTCA16114RESTOREREthinkingSustainabilityTOwardsaRegenerativeEconomy,2016–2020

• URBACTIIH-OPUSHousingPraxisforUrbanSustainability,Designcodingforsustainablehousingstock(governancefortheimplementa-tion of design coding; quality standards for urban and architectural design) 2008–2010


• Kamrowska-ZałuskaD.,Obracht-ProndzynskaH.,ImplementingIntegratedTerritorialInvestmentsinUncoveringtheTerritorialDimen-sion of european union cohesion policy cohesion, development, impact assessment and cooperation ed. by e. Medeiros, routledge advances in european politics, 2017.

• LorensP.:MetropolitandimensionofTri-City:Developmentofthenewharborstructures.In:CityonWater,ed.GuenterWarsewaBre-men: university of Bremen, 2016.

• LorensP.:PlanningfortheredevelopmentoftheImperialShipyard–akeyelementofGdańskwaterfront.In:CityonWater,ed.GuenterWarsewa Bremen: university of Bremen, 2016.

• LipińskiJ.,LorensP.:MłodeMiastoGdańsk.Laboratoriummiejskichprocesówrozwojowych.Warszawa:Monoplan,2016.

• LorensP.,LewickiJ.:MłodeMiastoGdańsk.ZasadykształtowaniaprzestrzenidawnejStoczniGdańskiejwkontekściewartościzabytko-wej i wytycznych konserwatorskich. Warszawa: Monoplan, 2016.

• Kamrowska-ZałuskaD.:ParticipatoryBudgetinginPoland–MissingLinkinUrbanRegenerationProcess,ProcediaEngineering,Volume161, 2016, pages 1987–1995 elsevier 2016.

• Kamrowska-ZałuskaD.,Sołtys,J.:ProcessofEmergenceofSmartSpecialisationinPomeranianVoivodeshipinPoland,ProcediaEngine-ering, volume 161, 2016: 1996–2000, elsevier 2016.

• SołtysJ.,Kamrowska-ZałuskaD.,TheAssessmentOfSmartSpecializationEmergenceProcess.TheStudyOfCoastalRegionsInPoland,ersa, studia regionalia 46: 41–58, 2016.

02faculty of architecturedepartMent of urBan design and regional planning28

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contact person

prof. piotr lorens +48 58 347 16 06 [email protected] http://arch.pg.edu.pl/katedra-urbanistyki-i-planowania-regionalnego/

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research issues

the core purpose of the research is to use experience from the realism and abstraction for a deeper analysis of a formal properties of visual artsandforstudyofthemanneroftheirperception.Inadditiontothisthefieldoftheresearchteam’sinterestisanexplorationofhumanways of seeing in general. this is particularly important now, in the age of the computer, by means of which the generation and processing of images, both abstract and realistic, has become extremely easy and fast. in addition, an internet became a huge space of rapid flow of information based on the sense of sight. therefore, one can almost speak of the emergence of a new aesthetic. visual arts research team, through creative activities and the observation the most important artistic events, both at home and abroad, is constantly participating in this process.• Painting,DrawingandPhotography• MonumentalPainting• LargeandSmallScaleSculpture• DescriptiveGeometry• 3Dvisualizations• ContemporaryArtExpertise• GraphicDesign

realised proJects

• WróblewskiK.:MonumentalArtFestival,Gdańsk–housingestateZaspa,,Work:muralentitledWesterplatte,Yearofcompletion:2009

• BuczkowskiJ.:TheflagdesignforGdańskUniversityofTechnology,2013

• WróblewskiK.:„99NaukowcówiWynalazców”/„99scientistsandinventors”,2015,olejnapłótnie/oiloncanvas,180×250cm

Most iMportant puBlications and exhiBitions

• WróblewskiK.:WhomakesEurope?Author:KrzysztofWróblewski,Catalogoftheinternationalgroupexhibition,whichtookplaceingdansk city gallery. ed. gdansk city gallery 2015

• BuczkowskiJ.:ViewfromtheWindow.Catalogoftheindividualexhibition,whichtookplaceinGdanskinGuenterGrassGallery.Ed.gdansk city gallery 2013

• BuczkowskiJ.,WróblewskiK.,KrechowiczD.:„Khôra”,galeriaTitanikasprzyAkademiiSztukiwWilnie,Wilno(Katalog)

02faculty of architecturedepartMent of visual arts 29

the flag design for gdańsk university of technologyAuthor:JanBuczkowski,2013

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contact person

Prof.JanBuczkowski [email protected] http://arch.pg.edu.pl/ katedra-sztuk-wizualnych/main-page

Monumental art Festival, gdańsk – housing estate ZaspaAuthor:KrzysztofWroblewski

KhoraExhibition:Wilno–Gdańsk2017Author:DominikaKrechowicz

„Elektron”,2013,olejnapłótnie/oiloncanvas,220×720cmAuthor:KrzysztofWroblewski

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03faculty of cheMistry

61

research issues

• Elaborationofnovelanalyticalproceduresinthescopeoftraceanalysisandenvironmentalmonitoring• Design,constructionandanalyticalcharacterisationofprototypecontrolandmeasurementdevices• Lipidomicandmetabolomicanalyses• Foodqualityandadulteriationcontrol• Estimationofpollutionlevelinparticularenvironmentsandexaminationofenvironmentalprocesses(pollutanttransportphenomena,

chemical, biodegradation)• Elaborationofnoveltechniquesofpreparationofhighpuritymaterials• Organisationofinterlaboratorystudiesandproficiencytests

realised proJect

antioxidant power series as a tool rational design and assessMent of health proMoting properties of functional food Based on antioxidant phytocheMicalsBudget: eur 690,000.00completion: 2020Funding: national science centre (ncn), Maestro schemeProjectleader: Prof.JacekNamieśnik

the aim of this project is the elaboration of antioxidant power series (aps) for antioxidants that may be produced endogenously or are found asnaturalfoodcomponentsorcomponentsofplantsofmedicalimportance.Alikehydrogenconstitutesthepoint„zero”inelectrochemicalseries, in the case of aps as such a reference point glutathione (gsh), the main physiological antioxidant, is proposed. antioxidants studied will possess negative or positive values of antioxidant power depending on the value of their reduction potential in comparison with the refe-rence compound (gsh). the aps initially based solely on redox potentials, subsequently will be verified as regards its usefulness in predicting antioxidant activity of substances in biological systems exposed to oxidative stress. the results of investigations will provide understanding on the relationship between chemical properties of antioxidants and their biological activity, especially in the case of phenomena affected by reactive oxygen species. as another result of the project, a set of methods/tools will be proposed which will provide results that should ena-ble reliable prediction of efficiency of a given substance (pure or in mixture) in protecting human organism against reactive oxygen species.


• SimaIA,Kot-WasikA,WasikA,NamieśnikJ,SârbuC,Assessmentoflipophilicityindicesderivedfromretentionbehaviorofantioxidantcompounds in rp-hplc, Molecules, 22, 550 (2017)

• MarćM.,Problemsandchallengesassociatedwithestimatingtheemissionsoforganiccompoundsfromindoormaterials,TRAC-Trendsinanal. chem. 97, 297-308 (2017)

• Płotka-WasylkaJ.,RutkowskaM.,OwczarekK.,TobiszewskiM.,NamieśnikJ.,Extractionwithenvironmentallyfriendlysolvents,TRAC-trends in anal. chem. 91, 12-25 (2017)

• AszykJ.,KubicaP.,Kot-WasikA.,NamieśnikJ.,WasikA.,Comprehensivedeterminationofflavouringadditivesandnicotineine-cigaretterefillsolutions.PartI:Liquidchromatography-tandemmassspectrometryanalysis,J.Chromatogr.A,1519,45-54(2017)

03faculty of cheMistrydepartMent of analytical cheMistry 30

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• MarćM.,NamieśnikJ.,ZabiegałaB.,Theminiaturisedemissionchambersystemandhome-madepassivefluxsamplerstudiesofmonoaro-matic hydrocarbons emissions from selected commercially-available floor coverings, Building and environ., 123, 1-13 (2017)

• TobiszewskiM.,NamieśnikJ.,Pena-PereiraF.,Environmentalrisk-basedrankingofsolventsbythecombinationofmultimediamodelandmulti-criteria decision analysis, green chem., 4, 1034-1042 (2017)

• CieślikB.,KonieczkaP.:Areviewofphosphorusrecoverymethodsatvariousstepsofwastewatertreatmentandsewagesludgemanage-ment.Theconceptof“nosolidwastegeneration”andanalyticalmethods,J.CleanerProd.142,nr.4,1728-1740(2017)

contact person

Prof.JacekNamieśnik +48 58 347 10 10 [email protected] http://chem.pg.edu.pl/aox

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research issues

• Theoreticalandexperimentalresearchofheattransferinchemicalequipment• Investigationsofconvectivefluidflowstructures• Experimentalandtheoreticalstudiesofconvectiveheattransferfromobjectswithdifferentconfigurationsandshapes• TechnologicalpossibilitiesofmaterialrecyclingfromspentordamagedPVcells/modules• Explorationsofrenewableenergysources• Numericalinvestigationsofconvectiveheattransferandlossesindifferentindustrialinstallations,buildingsanddevices,utilising

renewable energy sources • Materialrecyclingofscraptires• Applicationofphase-changingmaterials(PCM)astheenergystorage• Wasteheatrecoveryinindustrialinstallations

realised proJects

recycling of photovoltaic solar cells and Modules

photovoltaic technology is used worldwide to provide reliable and cost-effective electricity for industrial, commercial, residential and com-munity applications. the average lifetime of pv modules can be expected to be more than 25 years. the disposal of pv systems will become a problem in view of the continually increasing production of pv modules. these can be recycled for about the same cost as their disposal. Because of the high quality requirement for the recovered materials, chemical processing is the most important stage of the recycling process and the chemical treatment conditions need to be precisely adjusted.


• Klugmann-RadziemskaE,Recyclingofrawmaterials,siliconwafersandcompletesolarcellsfromphotovoltaicmodules,J.SolarEnergyres. upd., 3, 13–19 (2016)

• Klugmann-RadziemskaE,RecyclingofPhotovoltaicSolarCellsandModules;LambertAcademicPublishing,Germany2014, isBn: 978-3-659-51951-2

• RadziemskaE,OstrowskiP,ChemicaltreatmentofcrystallinesiliconsolarCelcsasamethodofrecoveringpuresiliconfromphotovoltaicmodules, renew. energy, 35, 1751–1759 (2010)

contact person

Prof.EwaKlugmann-Radziemska +48 58 347 18 74 [email protected] http://chem.pg.edu.pl/kaimch

03faculty of cheMistrydepartMent of cheMical apparatus and theory of Machines 31

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research issues

protein folding, assembly of the outer membrane and cellular response to defects in the cell envelope. Bacterial heat shock proteins. lipopolysaccharide biosynthesis.

two novel heat shock proteins lapa and lapB have been isolated and characterized. lapB was shown to be essential and its main function is to provide a scaffold-like structure for regulated assembly of lps and regulating turnover of lpxc. suppressor analysis bypassing the essentiality of the lapB gene, identified a new non-coding rpoe-regulated srna slra. slra functions by translational repression of the most abundant protein lpp and downregulation of the essential sigma factor rpoe. rpoe not only controls the outer membrane protein synthesis but also regulates the assembly of lps. We also described identification of another novel non-coding srna rira, which regulates the lps biosynthesis by interacting with the transcription factor rfah. rira was demonstrated to bind rfah in the presence of rna polymerase and thisinteractionattenuatesRfaH’sfunctiontorecognizelongops-containingmRNAs.TherpoEgeneistranscribedfromfivenewadditionalpromoters, which individually sense unique signals. among these, p2, p3 and p4 promoters were shown to be recognized by rpon, rpod and rpos respectively, thereby integrating several stress signals to mediate effective response to diverse stresses.

realised proJect

characterization of a new essential tpr protein lapB and a new non-coding rna, which together regulate the asseMBly of endotoxin

Budget: eur 185,831.00 completion: 2017Funding: national science centre (ncn)project leader: prof. satish raina


• KleinG,StupakA,BiernackaD,WojtkiewiczP,LindnerB,RainaS,MultipletranscriptionalfactorsregulatetranscriptionoftherpoEgeneinEscherichiacoliunderdifferentgrowthconditionsandwhenthelipopolysaccharidebiosynthesisisdefective,J.Biol.Chem.,291,22999–23019 (2016)

• KleinG,KobylakN,LindnerB,StupakA,RainaS,AssemblyoflipopolysaccharideinEscherichiacolirequirestheessentialLapBheatshockprotein,J.Biol.Chem.,289,14829–14853(2014)

contact person

prof. satish raina +48 58 347 26 18 [email protected] www.chem.pg.edu.pl/pgb/main

03faculty of cheMistryunit of Bacterial genetics32

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research issues

• Newsorbentsandstationaryphasesforseparationtechniquesfromanalyticaltoprocessscale• IndustrialwastewatertreatmentbymeansofAdvancedOxidationProcesses(AOPs)• Applicationofcavitationphenomenaforindustrialwastewatertreatment• Newmethodologiesfortechnicalanalytics

realised proJects

studies on the preparation and properties of sorBents produced froM BituMen (BituMsorBent)

Budget: eur 245,450.00 completion: 2017Funding: the national centre for research and development (ncBir); lider schemeproject leader: grzegorz Boczkaj, ph.d., d.sc.

studies of alkaline hydrolysis of lignocellulosic BioMass and conversion conditions of hydrolyzed products to Biogas

Budget: eur 284,030.00 completion: 2017Funding: national science centre (ncn) Projectleader: Prof.MarianKamiński


• BoczkajG,MakośP,PrzyjaznyA,Applicationofdispersiveliquid-liquidmicroextractionandgaschromatographywithmassspectrometryforthedeterminationofoxygenatedvolatileorganiccompoundsineffluentsfromtheproductionofpetroleumbitumen,J.Sep.Sci.,39,2604–15 (2016)

• BoczkajG,PrzyjaznyA,KamińskiM,Characteristicsofvolatileorganiccompoundsemissionprofilesfromhotroadbitumens,Chemosphe-re, 107, 23–30 (2014)

• FernandesA,BoczkajG,GłazowskaJ,Tomczak-WandzelR,KamińskiM,Comparisonofozonationandevaporationastreatmentmethodsof recycled water for bioethanol fermentation process, Waste Biomass valor. (2017), doi 10.1007/s12649-017-9888-y

contact person

grzegorz Boczkaj, ph.d., d.sc. +48 58 347 28 10 [email protected] http://chem.pg.edu.pl/kichip/main

03faculty of cheMistrydepartMent of cheMical and process engineering 33

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research issues

• Shalegastechnologies• Interactionsatinterfaces–Synthesisofnanoparticlesbywet-chemicalmethods,Obtainingmaterialswithantibacterialproperties

(fabrics modified by nanosilver)• Ionicliquids–PropertiesofsurfaceactiveILs,ILsinmicro-emulsions,ILsassolventssupportingmicellisationofsurfactants,Separation

of co2 from biogas using ils• Biogas–managementoforganicwastesbymethanefermentationandcofermentation• SpinningFluidReactors–HydrodynamicsofSFR,AnalysisofpressuredistributionintheSFR,Determinationofremovalefficiencyof

volatile organic compounds in the cyclone reactor using selected absorbents• Photocatalyticprocesses–Synthesisofnewphotocatalystswhichareactiveinvisiblelight(TiO2dopedbysilver,gold,boron),

photoconversion of co2 to methane and light hydrocarbons• Watertreatment–Removaloforganicandmicrobiologicalpollutionfromwater

research proJects/grants

effect of ionic liquid structure on the interactions with tio2 particles in ionic liquids assisted hydrotherMal synthesis

Budget: eur 130,180.00 completion: 2018Funding: national science centre (ncn); sonata schemeProjectleader: JustynaŁuczak,Ph.D.

urBan Baltic industrial syMBiosis

Budget: eur 1,968,401.00 (total), including eur 255,398.00 (gut)completion: 2020Funding: interreg south Baltic programProjectleader: Prof.JanHupka

developMent of highly effective technology of polish copper ore Beneficiation

Budget: eur 2,347,442.00 (total), including eur 159,626.00 (gut)completion: 2018Funding: national centre for research and development (ncBir). project leader: robert aranowski, ph.d.

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• DługokęckaM,ŁuczakJ,PolkowskaA,Zaleska-MedyńskaA,TheeffectofmicroemulsioncompositiononthemorphologyofPdnanopar-ticles deposited at the surface of tio2 and photoactivity of pd–tio2, appl. surf. sci., 405, 220–230 (2017)

• AranowskiR,WojewódkaP,Zielińska-JurekA,BokotkoR,HupkaJ,SpinningFluidsReactor:anewdesignofagas–liquidcontactor,Chem.engin. proc. 116, 40–47 (2017)

contact person

Prof.JanHupka +48 58 347 17 92 [email protected], [email protected] http://chem.pg.edu.pl/katedra-technologii-chemicznej/ubis

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research issues

the main research area is supramolecular chemistry. it covers an effective synthesis of novel organic host molecules, including macrocyclic compounds and studies of their properties, especially as chemical sensing materials in electrochemical or optical sensors for biomedical purposes. innovative solutions for construction of sensors and their platforms are proposed, e.g. miniaturized, solid-contact multi sensor platform for determination of ions in body fluids: blood, urine, sweat, saliva or tears. ises for anti-cancer prophylactics or fertility monitoring are developed. ises for monitoring of the environment pollution with heavy metals are also proposed.

cooperation with the pharmaceutical industry leads to the development/improvement of novel technologies. it includes studies on the degradation of organic and environmental pollutants and synthesis of pharmaceutical standards.

realised proJects

reduction of the eMission of pharMacologically active coMpounds into the aquatic environMent

Budget: eur 336,500.00 completion: 2017Funding: polpharma sa


• E.Lubochetal.,Synthesisofthiolderivativesofazobenzocrownethers.Thepreliminarystudiesonrecognitionofalkalimetalionsbygoldnanoparticlesfunctionalizedwithazobenzocrownandlipoicacid,J.Incl.Phenom.Macrocycl.Chem.83,321(2015)

• JasińskiA,GuzińskiM,LisakG,BobackaJ,BocheńskaM,Solid-contactlead(II)ion-selectiveelectrodesforpotentiometricdeterminationof lead(ii) in presence of high concentrations of na(i), cu(ii), cd(ii), Zn(ii), ca(ii) and Mg(ii), sens. actuat. B-chem. 218, 25–30 (2015)

• LubochE,JeszkeM,SzarmachM,ŁukasikN,Newbis(azobenzocrown)swithdodecylmethylmalonyllinkersasionophoresforsodiumselectivepotentiometricsensors,J.Incl.Phenom.Macrocycl.Chem.86,323–335(2016)

• Wagner-WysieckaE,SzarmachM,ChojnackiJ,ŁukasikN,LubochE,Cationsensingbydiphenyl-azobenzocrowns,J.Photochem.Photobiol.a-chem., 333, 220–232 (2017)

contact person

ElżbietaLuboch,Ph.D.,D.Sc. +48 58 347 19 49 [email protected] http://chem.pg.edu.pl/katedra-chemii-i-technologii-materialow-funkcjonalnych

03faculty of cheMistrydepartMent of cheMistry and technology of functional Materials35

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research issues

the main objective of research is the synthesis of materials with new properties or combinations of properties, in understanding these properties and in exploring their applications in new devices, especially energy storage and conversion devices such as: • lithium–ionbatteriestakingadvantagefromnovelceramicsandpre-ceramicpolymersandNatureinspirednanomaterials• photoelectrochemicalcells(PEC),dedicatedtoi)watersplittingusingsunlight,andii)photocatalyticremovaloforganiccontaminantsin

aqueous environment,• supercapacitors,rechargeablesymmetricandasymmetricdevicesemployingbothaqueousandorganic“high-energychemistries”


• Lisowska-OleksiakA,WicikowskaB,NowakAP,OlejniczakZ,KapustaC,Preparationandcharacterizationofnanomaterialconsistingofsilicaaerogel&carbontestedasanelectrodeinnon-aqueousmediacontaininglithiumsalt,Int.J.Electrochem.Sci.,11,1997–2017(2016)

• NowakAP,Lisowska-OleksiakA,SiuzdakK,SawczakM,GazdaM,KarczewskiJ,TrykowskiG,Tinoxidenanoparticlesfromlaserablationencapsulated in a carbonaceous matrix – a negative electrode in lithium-ion battery applications, rsc advances, 5, 84321–7 (2015)

• Lisowska-OleksiakA,NowakAP,WicikowskaB,Aquaticbiomasscontainingporoussilicaasananodeforlithiumionbatteries,RSCAdv., 4, 40439–43 (2014)

• TrzcińskiK,SzkodaM,SiuzdakK,SawczakM,Lisowska-OleksiakA,Enhancedphotoelectrochemicalperformanceofinorganic-organichybrid consisting of Bivo4 and pedot:pss, adv. surface sci., 388, 753–62 (2016)

• SzkodaM,SiuzdakK,Lisowska-OleksiakA,Non-metaldopedTiO2nanotubearraysforhighefficiencyphotocatalyticdecomposition of organic species in water, physica e: low-dimensional systems and nanostructures, 84, 141–5 (2016)

contact person

prof. anna lisowska-oleksiak

+48 58 347 19 49

[email protected]

http://chem.pg.edu.pl/katedra-chemii-i-technologii-materialow-funkcjonalnych

03faculty of cheMistrydepartMent of cheMistry and technology of functional Materials

laBoratory of electrocheMical Methods36

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research issues

• Breakdownofcolloidalfoodstructuresanddeliverysystemsinhumangastrointestinal(GI)tract,andsubsequentreleaseandabsorptionof nutrients and bioactive compounds. this research on protein-stabilised colloids is focused in particular on understanding the interplay between such systems and the human gi tract

• Formulationandanalysisofcolloidalnanosystems,suchasmicroemulsions(MEs),nanoemulsions(NEs)andnanostructuredlipidcar-riers (nlcs) to improve the stability, transport and release of active ingredients in personal care products

realised proJects

consuMer and Brand protection in coMplex foods froM protein signatures using Mass spectroMetry Budget: eur 166,000.00 completion: 2018Funding: Fp7


• MackieAR,MacierzankaA,AarakK,RigbyNM,ParkerR,ChannellGA,HardingSE,BajkaBH,Sodiumalginatedecreasesthepermeabilityof intestinal mucus, Food hydrocolloids, 52, 749–755 (2016)

• MacierzankaA,MackieAR,BajkaBH,RigbyNM,NauF,DupontD,Transportofparticlesinintestinalmucusundersimulatedinfantandadult physiological conditions: impact of mucus structure and extracellular dna, plos one, 9, e95274 (2014)

• MacierzankaA,BottgerF,RigbyNM,LilleM,PoutanenK,MillsENC,MackieAR,Enzymaticallystructuredemulsionsinsimulatedgastro-intestinal environment: impact on interfacial proteolysis and diffusion in intestinal mucus, langmuir, 28, 17349–17362 (2012)

• KrasodomskaO,PaolicelliP,CesaS,CasadeiMA,JungnickelC,Protectionandviabilityoffruitseedsoilsby-nanostructuredlipidcarrier(NLC)nanosuspensions,J.ColloidInter.Sci.,479,25–33(2016)

• SzumałaP,LutyN,EffectofdifferentcrystallinestructuresonW/OandO/W/Owaxemulsionstability,ColloidsSurf.A:Physicochem.Eng.asp., 499, 131–140 (2016)

contact person

adam Macierzanka, ph.d., d.sc. +48 58 347 19 23 [email protected] http://chem.pg.edu.pl/ktkil/main-page

03faculty of cheMistrydepartMent of colloid and lipid science37

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research issues

the research activities include in particular: electrochemical processes, the fundamentals of corrosion and corrosion protection, materials engineering, physical-chemistry of surfaces. the main areas of scientific activity are: studies of the mechanism and kinetics of corrosion processes, the application of modern electrochemical techniques in corrosion research, monitoring and diagnosis of corrosion processes, electrochemical studies and selection in terms of corrosion resistance of new materials, coating technologies, corrosion inhibitors, the role of microstructure in the initiation of corrosion processes.

realised proJect

control algorithM and controller for increasing the efficiency of hyBrid peMfc systeMs in different applications. proJect acronyM: coalaBudget: eur 795,266.00 completion: 2019Funding: national centre for research and development (ncBir)Projectleader: Prof.KazimierzDarowickiin cooperation with: german aerospace center (dlr), impact clean power technology sa, powercell germany gmbh, CenterforSolarEnergyandHydrogenResearchBaden-Württemberg(ZSW)

oBJectives of the proJect

• Developmentofadvancedfuelcellsystemhybridizationstrategyusingenhancedmonitoringandcontrolmethodologies• Improvementofthefuelcellsubsystemefficiencybythedevelopmentofanalgorithmforon-lineoptimizationofstackoperatingparameters• ImprovementofPEMFC(polymerelectrolytemembranefuelcell)stacklifetimeby: - mitigation of critical operation by advanced monitoring systems - application of optimized load switching procedures - advanced start/stop strategies - development of flexible control algorithm applicable for different applications• DevelopmentofLi-ioncapacitor(LiC)packspeciallydesignedforhybridizationwithfuelcells• Provisionofaprototypecontrollerforafuelcellhybridsystem


• RylJ,BurczykL,BogdanowiczR,Sobaszek,DarowickiK,Studyonsurfaceterminationofboron-dopeddiamondelectrodesunderanodicpolarization in h2so4 by means of dynamic impedance technique, carbon, 96, 1093–1105 (2016)

• ŚlepskiP,DarowickiK,JanickaE,SierczyńskaA,Applicationofelectrochemicalimpedancespectroscopytomonitoringdischargingpro-cessofnickel/metalhydridebattery,J.PowerSources,241,121–126(2013)

contact personProf.KazimierzDarowicki +48 58 347 24 83 [email protected] http://www.korozja.pl/index.php/en

03faculty of cheMistrydepartMent of electrocheMistry, corrosion and Materials engineering 38

72

research issues

• Utilizationofby-productsgeneratedduringprocessingofrawmaterialsofmarineoriginforisolationofproteins,polysaccharidesandlipids

• Chemicalandenzymaticmodificationsofproteinsandpolysaccharides;preparationofbiodegradablepackagingmaterialsanddressings• Alternativemethodsofpreparationofsolublekeratinfromchickenfeathers• Isolationofenzymesfrommicroorganisms,mainlyfromtheextremophiles,assessmentoftheircharacteristicsandsuitabilityforma-

nufacturing new food ingredients• Designingandevaluatingthehealthbenefitsoffunctionalfoodscontainingantioxidantphytochemicals(berries,edibleseeds,crop

seeds, edible plant sprouts); antioxidant food ingredients (cruciferous vegetables and fruits with high antioxidant potential)• Influenceoflactationlengthanddietofbreast-feedingwomenonnutritiousandbiologicallyactiveingredientspresentinhumanmilk• Developmentofalternativemethodsofpreservationofhumanmilkallocatedinmilkbanks• Technologiesofisolationofoilsfromunconventionalrawmaterials,theirusageandusefulness• Preparationofstructuredlipidsandothermodifiedfatspossessingspecificfunctionalproperties

realised proJect

sustainaBle food production through quality optiMized raw Material production and processing technologies for preMiuM quality vegetaBle products and generated By-products

Budget: eur 2,000,000.00 (total) including eur 186,000.00 (gut)completion: 2017Funding: national centre for research and development (ncBir) from era-net allocation Projectleader: AgnieszkaBartoszek-Pączkowska,Ph.D.,D.Sc.


• AgatiG,TuccioL,KusznierewiczB,ChmielTM,BartoszekA,KowalskiA,GrzegorzewskaM,KossonR,KaniszewskiS,Non-destructiveoptical sensing of flavonols and chlorophyll in white head cabbage (Brassica oleracea l. var. capitata sub var. alba) grown under different nitrogenregimes,J.Agric.FoodChem.,64,85–94(2016)

• PilipczukT,KusznierewiczB,ChmielT,PrzychodzeńW,BartoszekASimultaneousdeterminationofindividualisothiocyanatesinplantsamples by hplc-dad-Ms following spe and derivatization with n-acetyl-l-cysteine, Food chem., 214, 587–596 (2017)

contact person

hanna staroszczyk, ph.d., d.sc. +48 58 347-12-46, [email protected] http://chem.pg.edu.pl/katedra-chemii-technologii-i-biotechnologii-zywnosci/home

03faculty of cheMistrydepartMent of cheMistry, technology and Biotechnology of food39

73

research issues

our main research studies focus on chemistry of three neighboring elements – silicon, phosphorous and sulfur. this covers inter alia, coordi-nation chemistry of metals with s- and p-donor ligands, crystal engineering leading to metal-organic coordination networks, preparation of new materials and catalysts, projects related to bioinorganic chemistry and computational approaches towards nanotechnological concepts. the research is carried out in three groups:• Si–ORIENTED–dealswithfunctionalizedorganoxysilanes,organoxysilanethiolsandorganoxysilanolsandtheirtransitionmetalcom-

plexes Molecular species possessing si–o bonds such as silanols, other related species and their metal salts serve as structural models for silica

-supported metal/metal oxide catalysts.• P–ORIENTED–focusesoncompoundsoflowvalentphosphorous preparation of complexes with phosphanylphosphinidene (r2p-p) and phosphanylphosphido ligands (r2p-p-siMe3) and investigation

of their properties as e.g., transfer reagents of r2p-p and r2p-p(siMe3) groups into organic skeletons. the second goal of the activity focuses on new classes of metal-free catalysts based on compounds with p-p bonds.

• S–ORIENTED–aimsatsynthesisofhomo-andheterolepticmetalcomplexeswithasulfur-richcoordinationkernels the research is targeted towards preparation of a new convenient molecular precursors already possessing metal-sulfur bond which may

be decomposed, leading to the formation of technically important sulfide materials.

realised proJect

functionalized organoxysilanes, organoxysilanethiols and organoxysilanols and their transition Metal coMplexes

Budget: eur 189,000.00 completion: 2017Funding: national science centre (ncn) Projectleader: AnnaDołęga,Ph.D.,D.Sc.

recent Most iMportant puBlications

• MielcarekA,DaszkiewiczM,KazimierczukK,CiborskaA,DołęgaA,Variable-temperatureX-raydiffractionstudyofstructuralparametersof nh---s hydrogen bonds in triethylammonium and pyridinium silanethiolates. acta cryst. B, 72, 763–770 (2016)

• CiborskaA,ConterositoE,MilanesioM,KazimierczukK,RzymowskaK,BrzozowskiK,DołęgaA,Thesynthesesandcrystalstructuresofthefirstdisiloxane-1,3-dithiolanditscadmiumcomplex.Eur.J.Inorg.Chem.,19,3059–3065(2015)

contact person

AnnaDołęga,Ph.D.,D.Sc. +48 58 347 27 28 [email protected] www.kchn.pg.edu.pl

03faculty of cheMistrydepartMent of inorganic cheMistry 40

74

research issues

Molecular basis of regeneration and pharmacological stimulation of regeneration in mammals. the aim of the currently realized interdisci-plinary research project is to identify drug candidates for regenerative medicine. the project involves screening known and novel chemical compounds for pro-regenerative activities and testing of innovative delivery solutions including cutting-edge bio-engineered proteins. several animal models supported by in vitro assays of stem cells proliferation, differentiation, and migration are used for the examination of biological activity in the search for pro-regenerative properties of the tested substances. transcriptomic profiles and the expression of stem cell markers in the injury area are analysed in order to dissect the molecular mechanisms and to investigate the role of endogenous stem cells in regenerative processes.

realised proJect

novel technologies for pharMacological stiMulation of regeneration (regennova)

Budget: eur 497,562.00 (for gut)completion: 2018Funded by: national centre for research and development (ncBir)project coordinator: university of gdańskProjectleader: PawełSachadyn,Ph.D.,D.Sc.


• GórnikiewiczB,RonowiczA,PodolakJ,MadaneckiP,Stanisławska-SachadynA,SachadynP,Epigeneticbasisofregeneration:analysisofgenomicDNAmethylationprofilesintheMRL/MpJmouse,DNARes.,20,605–621(2013)

• Podolak-PopinigisJ,GórnikiewiczB,RonowiczA,SachadynP,TranscriptomeprofilingrevealsdistinctivetraitsofretinolmetabolismandneonatalparallelsintheMRL/MpJmouse,BMCGenomics,16,926(2015)

• GórnikiewiczB,RonowiczA,KrzemińskiM,SachadynP,Changesingenemethylationpatternsinneonatalmurinehearts:Implicationsfor the regenerative potential, BMc genomics, 17, 231 (2016)

• Podolak-PopinigisJ,RonowiczA,DmochowskaM,JakubiakA,SachadynP,Themethylomeandtranscriptomeoffetalskin:implicationsfor scarless healing, epigenomics, 8, 1331–1345 (2016)

contact person

PawełSachadyn,Ph.D.,D.Sc. +48 58 347 2671 [email protected] http://chem.pg.edu.pl/katedra-biotechnologii/research/-/asset_publisher/Jjxilyyas7Zt/content/molecular-basis-of-regeneration

03faculty of cheMistrydepartMent of Molecular Biotechnology and MicroBiology laBoratory of Molecular Basis of regeneration

41

75

research issues

• GenerationofnewchimericrecombinantantigensofToxoplasmagondiianddeterminationoftheirimmunogenicityandimmunoprotec-tivity

• Constructionofnovelgeneexpressionsystemsforproductionofcoldactiveenzymesandthermosensitiveproteinsforapplicationsinindustrial processes or scientific studies.

• MolecularmechanismsofEscherichiacoliuropathogenicity• Moleculardiagnostics• Genotypingofpathogenicmicroorganisms

realised proJect

novel chiMeric recoMBinant antigens of toxoplasMa gondii – an evaluation of iMMunogenic and protective activityBudget: eur 305,555.00completion: 2019Funding: national science centre (ncn)Projectleader: LucynaHolec-Gąsior,Ph.D.,D.Sc.

shear stress associated with fluid flow as an iMportant paraMeter affecting the adhesion, invasion and tissue tro-pisM of uropathogenic strains of e. coli producing the polyandheins of dr and afa-iii to host cells

Budget: eur 147,319.00 completion: 2017Funding: national science centre (ncn)Projectleader: RafałPiątek,Ph.D.,D.Sc.

a new, integrated platforM for the production and purification of recoMBinant proteins Based on yeast cells

Budget: eur 1,120,000.00 completion: 2017Funding: national centre for research and development (ncBir)Projectleader: HubertCieśliński,Ph.D.,D.Sc.


• FerraB,Holec-GąsiorL,KurJ,AnewToxoplasmagondiichimericantigencontainingfragmentsofSAG2,GRA1,andROP1proteins-impactof immunodominant sequences size on its diagnostic usefulness, parasitol res., 114, 3291–3299 (2015)

• Holec-GąsiorL,FerraB,CzechowskaJ,SerdiukIE,KrzymińskiK,KurJ,AnovelchemiluminescentimmunoassayfordetectionofToxopla-sma gondii igg in human sera, diagn. Microbiol. infect. dis., 85, 422–425 (2017)

03faculty of cheMistrydepartMent of Molecular Biotechnology and MicroBiology 42

76

• BiałkowskaM,SzulczewskaKM,KrysiakM,FlorczakT,GromekE,KassassirH,KurJ,TurkiewiczM,Geneticandbiochemicalcharacteriza-tion of yeasts isolated from antarctic soil samples. polar Biol., 1–17 (2017)

• PiątekR,Zalewska-PiatekB,DzierzbickaK,MakowiecS,PilipczukJ,SzemiakoK,Cyranka-CzajaA,WojciechowskiM,PilicidesinhibittheFgl chaperone/usher assisted biogenesis of the dr fimbrial polyadhesin from uropathogenic escherichia coli, BMc Microbiol., 13, 131 (2013)

contact person

AnnaBrillowska-Dąbrowska,Ph.D.,D.Sc. +48 58 347 23 02 [email protected] www.chem.pg.edu.pl/katedra-biotechnologii

77

research issues

antifungal drug targets. enzymes of fungal cell wall and amino acid biosynthesis. polyene macrolide antifungals. rational design, synthesis and determination of biological properties of antifungal and anticancer agents. investigation of antimicrobial potential of natural products. Microbial drug resistance. application of computational chemistry, computer-aided drug design and molecular modelling in medicinal chemistry.

research proJects

new anticancer coMpounds interfering with function of teloMeres

Budget: 4,733,840.00 (total), including eur 970,437.00 (gut) completion: 2020Funding: national centre for research and development (ncBir) project leader: prof. Maciej Bagiński

aroMatic aMinotransferases froM candida alBicans as Molecular targets for antifungal cheMotherapy

Budget: eur 130,180.00 completion: 2018Funding: national science centre (ncn) project leader: iwona gabriel, ph.d.

assessMent of antiMicroBial products and Bacteriocinogenic Microflora froM polish honey Bee products as an alternative or coMpleMent to classical antiBiotics

Budget: eur 353,000.00 completion: 2020Funding: national science centre (ncn), sonata Bis scheme project leader: piotr szweda, ph.d.


• RządK,GabrielI,CharacterizationoftwoaminotransferasesfromCandidaalbicans,ActaBiochimPolon.,62,903–12(2015)

• GabrielI,VetterND,PalmerDR,MilewskaMJ,WojciechowskiM,MilewskiS,HomoisocitratedehydrogenasefromCandidaalbicans:properties, inhibition, and targeting by an antifungal pro-drug, FeMs yeast res., 13, 143–55 (2013)

• KuśPM,SzwedaP,JerkovićI,TuberosoCIActivityofPolishunifloralhoneysagainstpathogenicbacteriaanditscorrelationwithcolour,phenolic content, antioxidant capacity and other parameters. lett. appl. Microbiol. 62, 269–76 (2016)

03faculty of cheMistrydepartMent of pharMaceutical technology and BiocheMistry 43

78

• BidzińskaJ,BagińskiM,SkładanowskiA,Novelanticancerstrategyaimedattargetingshelterincomplexesbytheinductionofstructuralchanges in telomeric dna: hitting two birds with one stone, curr. cancer drug targets, 14, 201–216 (2014)

• KalathiyaU,PadariyaM,BagińskiB,MolecularbasisandquantitativeassessmentofTRF1andTRF2proteininteractionswithTIN2 andApollopeptides,Eur.Biophys.J.,46,171–187(2017)

contact person

Prof.SławomirMilewski +48 58 347 21 07 [email protected] www.chem.pg.edu.pl/katedra-technologii-lekow-i-biochemii

79

research issues

• Antitumordrugmetabolismintumorcellsandinnoncellularsystems.Multidrugresistanceofcancercells• Developmentofvariousnovelmethodsfortheantitumordrugdelivery,particularlywiththeapplicationofnanoparticlesintheroleof

selective drug transporter into the tumor cells• Design,synthesisandevaluationofnovelanticancerdrugcandidates,activeagainstdrug-resistanttumors

research proJects

the iMpact of p450 and ugt isoenzyMe overexpression on cellular response induced By antituMor acridinone deriva-tives. the role of increased MetaBolite concentrations or the contriBution of pxr and/or car nuclear receptors

Budget: eur 198,774.00 completion: 2017Funding: national science centre (ncn)project leader: prof. Zofia Mazerska


• PotęgaA,Fedejko-KapB,MazerskaZ,Mechanism-basedinactivationofhumancytochromeP4501A2and3A4isoenzymesbyanti-tumourtriazoloacridinone c-1305. Xenobiotica, 46, 1056–65 (2016)

• PotęgaA,Fedejko-KapB,MazerskaZ.Imidazoacridinoneantitumoragent,C-1311,asaselectivemechanism-basedinactivatorofhumancytochrome p450 1a2 and 3a4. pharmacol. rep., 68, 663–670 (2016)

• KonopaJ,PaluszkiewiczE,HorowskaB,Borowa-MazgajB,SkwarskaA,AugustinE,MazerskaZ.Unsymetricalbis-acridineswithantitumoractivity and use theirof. european patent, ep 15461618.1-1462/3070078, published 21.09.2016

contact person

prof. Zofia Mazerska +48 58 347 24 07 [email protected] www.chem.pg.edu.pl/katedra-technologii-lekow-i-biochemii

03faculty of cheMistrydepartMent of pharMaceutical technology and BiocheMistry

laBoratory of cheMistry and BiocheMistry of antituMor coMpounds44

80

research issues

Structuralstabilityofbiomoleculesisavitalissueoftoday’sbiotechnologyandrelatedbranchesofscienceandtechnology.Thefragileequili-brium between native and denatured states of a biomolecule often determines the intrinsic ability to perform its physiological functions. its destruction may lead to unfavourable processes such as specific aggregation, which is the cause of many prion diseases. the possibility of easy modulation of biomolecule stability still seems to be largely unavailable or remains a matter of chance. the mechanism of such a stabilization is for sure one of the most important issues of modern science. the goal of our project is to obtain an insight into the molecular mechanism through which osmolytes affect structure and thermal stability of proteins in aqueous solutions.

realised proJect

protein staBility in aqueous solutions of osMolytes studied through coMpleMentary theoretical and experiMental approachBudget: eur 162,000.00 completion: 2017Funding: national science centre (ncn) Projectleader: Prof.JanuszStangret


• AdamczakB,WieczórM,KogutM,StangretJ,CzubJ.,Molecularbasisoftheosmolyteeffectonproteinstability:alessonfromtheme-chanicalunfoldingoflysozyme,Biochem.J.,473,3705–3724(2016)

• BruździakP,PanuszkoA,JourdanM,StangretJ,Proteinthermalstabilizationinaqueoussolutionsofosmolytes,ActaBiochim.Polon.,63,65–70 (2016)

• PanuszkoA,BruździakP,KaczkowskaE,StangretJ,Generalmechanismofosmolytes’influenceonproteinstabilityirrespectiveofthetypeofosmolytecosolvent,J.Phys.Chem.B,120,11159–11169(2016)

• PanuszkoA,AdamczakB,CzubJ,GojłoE,StangretJ,Hydrationofaminoacids:FTIRspectraandmoleculardynamicsstudies,AminoAcids,47, 2265–2278 (2015)

• BruździakP,PanuszkoA,StangretJ,Arestabilizingosmolytespreferentiallyexcludedfromtheproteinsurface?FTIRandMDstudies,phys. chem. chem. phys., 17, 23155–23164 (2015)

contact person

Prof.JanuszStangret +48 58 347 16 10 [email protected] http://www.fizyczna.chem.pg.edu.pl

03faculty of cheMistrydepartMent of physical cheMistry45

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research issues

• Newrawmaterialsforthesynthesisofpolyurethanesbasedonrenewablerawmaterials.• Ecologicalpolyolsobtainedbytheliquefactionprocessoflignin-cellulosicbiomass.• Non-isocyanatepolyurethanes.• Shapememorypolyurethanematerials.• Nanocompositepolyurethanefoamwithreducedflammability.• Polyurethanescaffoldsfortissueengineering.• Biodegradablepolymercompositionsforpackaging.• Polyurethane-rubbercomposites.• Autothermicregenerationofrubberwasteusingatwin-screwextruder.• Reactiveprocessingofpolymersandrubbers.

realised proJect

preparation and use of Block and graft copolyMers as coMpatiBilizers for polyMer Blends

Budget: eur 110,000.00 completion: 2019Funding: saBic global technologies B.v. Projectleader: LidiaJasińska-Walc,Ph.D.,D.Sc.


• RutkowskiS,ZychA,PrzybyszM,etal.,Polyethylene-polyesterblockandgraftcopolymerswithtunablepolarity,Macromolecules,50,107–122 (2017)

• FormelaK,PiszczykŁ,HaponiukJ.,etal.,Interfacialadhesionevaluationin(low-densitypolyethylene)/elastomerblends,J.VinylAdditivetechnol., 22, 492–500 (2016)

• PiszczykŁ,StrankowskiM,DanowskaM,Preparationandcharacterizationofrigidpolyurethane-polyglycerolnanocompositefoams,Eur.PolymerJ.,48,1726–1733(2012)

• Kucińska-LipkaJ,GubańskaI,JanikH,L-ascorbicacidmodifiedpoly(esterurethane)sasasuitablecandidatesforsofttissueengineeringapplications, reactive Funct. polym., 97, 105–115 (2015)

contact person

Prof.JózefT.Haponiuk +48 58 3472134 [email protected] http://polimery.chem.pg.edu.pl

03faculty of cheMistrydepartMent of polyMers technology 46

83

04faculty of civil

and environMental engineering

85

research issues

• Biologicalwastewatertreatment,includingoptimizationofbiologicalnutrientremovalinactivatedsludgesystems

• Newmethodsofnitrogenremoval(anammox-based)insidestreamandmainstreamtreatmentprocesses

• Mathematicalmodellingandcomputersimulationsofwastewatertreatmentsystems

• Greenhousegasemissionsfromwastewatertreatmentsystems

• Energyefficiency,lifecycleassesment(LCA)andcarbonfootprintofwastewatertreatmentplants

• Advancedmicrobiologicalmethods,includingmetagenomicsandgeneactivity

realised proJects

carBon Balancing for nutrient control in wastewater treatMent (carBala)7th eu Framework program, people Maria curie actions (Fp7-people-2011-irses)

reduction of n2o eMissions froM wastewater treatMent plants – MeasureMents, Modeling and process optiMization (reneMo)polish-german sustainability research call, Ministry of science and higher education of poland (MnisW) and the german Federal Ministry for education and research (BMBF)

integrated technology for iMproved energy Balance and reduced greenhouse gas eMissions at Municipal wastewa-ter treatMent plants (Baritech),norwegian Financial Mechanism

developMent of a disintegration technology for preparing suBstrates used in Methane coferMentation (dezMetan)regional research agenda, national center for research and development (ncBir)

a Model sludge ManageMent in wastewater treatMent plants oriented towards increasing production of reneaBle energy (Modeon)RegionalFundforEnvironmentalProtectionandWaterManagement(WFOŚiGW)


• Lu,X.,Pereira,T.D.S.,Al-Hazmi,H.E.,Majtacz,J.,Zhou,Q.,Xie,L.,Mąkinia,J.(2018):Model-BasedEvaluationofN2OProductionPathwaysinthe anammox-enriched granular sludge cultivated in a sequencing Batch reactor. environmental science and technology, 52, 2800-2809

• Sobotka,D.,Tuszyńska,A.,Kowal,P.,Ciesielski,S.,Czerwionka,K.,Mąkinia,J.(2017):Long-termperformanceandmicrobialcharacteristicsoftheanammox-enrichedgranularsludgecultivatedinabench-scalesequencingbatchreactor.BiochemicalEngineeringJournal,120,125–135.

• HuX.,WiśniewskiK.,CzerwionkaK.,ZhouQ,XieL.,MąkiniaJ.(2016):ModelingtheEffectofExternalCarbonSourceAdditionunderDiffe-rent electron acceptor conditions in Biological nutrient removal activated sludge systems. environmental science and technology, 50, 1887–1896

04faculty of civil and environMental engineeringdepartMent of sanitary engineering 47

86

• delosÁngelesFernandezM.,delosÁngelesSanromanM.,MarksS.,MąkiniaJ.,GonzalezdelCampoA.,RodrigoM.,FernandezF.J.M.(2016): a grey box model of glucose fermentation and syntrophic oxidation in microbial fuel cells. Bioresource technology, 200, 396–404

• YinZ.,dosSantosC.E.D.,VilaplanaJ.G.,SobotkaD.,CzerwionkaK.,DamianovicM.H.R.,XieL.,FernandezF.J.M.,Mąkinia,J.(2016):Impor-tance of the combined effects of dissolved oxygen and ph on optimization of nitrogen removal in anammox-enriched granular sludge. process Biochemistry 51, 1274–1282

contact person

Prof.JacekMąkinia(headoftheDepartment) +48 58 347 19 54 [email protected]

87

0448

research issue

development and implementation of innovative road safety management tools in poland. a set of safety management tools has been deve-loped and implemented on the national and local road network in poland. as tools supporting operation of the road safety system they have influenced saving several thousand people from fatal and severe accidents in traffic.

realised proJects

dynaMic citizens active for sustainaBle MoBility (civitas dynaMo) project developed under 7th Framework programme of the eu and funded from the european union, completed in 2017, budget eur 549,800.00

life cycle and operational conditions on functionality and duraBility road safety MeasuresfundedbytheNationalCentreforResearchandDevelopment(NCBiR)&GeneralDirectorforNationalRoadsandMotorways(GDDKiA)underthe joint program "road innovation development" (rid), to be completed in 2018, budget eur 373,240.00

roadside advertising iMpact on road safetyfundedbytheNationalCentreforResearchandDevelopment(NCBiR)&GeneralDirectorforNationalRoadsandMotorways(GDDKiA)underthe joint program "road innovation development" (rid), to be completed in 2018, budget eur 147,963.00

intelligent transport systeMs iMpact on road safetyfundedbytheNationalCentreforResearchandDevelopment(NCBiR)&GeneralDirectorforNationalRoadsandMotorways(GDDKiA)underthe joint program "road innovation development" (rid), to be completed in 2018, budget eur 215,650.00

furthering less congestion By creating opportunities for More walking and cycling (flow)project developed under horizon 2020 and funded from the european union, to be completed in 2019, budget eur 42,000.00

Master curriculuM, capacity Building and network developMent in traffic safety in egypt, Jordan and leBanon (Menasafe) funded from the european union, to be completed in 2018, budget eur 395,386.00


• Jamroz,K.,Kieć,M.,Kustra,W.(2015):ProtectionofPedestriansastheKeyActionforImplementingPoland’sVisionZero.TransportRese-arch Board (trB), Washington, usa

• Zukowska,J.,Budzyński,M.(2015):RoadsafetyinformationsysteminPoland–supportingtoolsandtheirdevelopment,Archivesoftransport systems telematics, vol. 8, iss. 4, p. 39–43

• Bergel-Hayat,R.,Zukowska,J.(2015):RoadsafetytrendsatnationallevelinEurope:areviewoftime-seriesanalysisperformedduringtheperiod2000–2012,TransportReviews:ATransnationalTransdisciplinaryJournal,35:3,p.650–671

faculty of civil and environMental engineeringdepartMent of highway and transportation engineering

88

• JamrozK.,BudzyńskiM.,KustraW.,MichalskiL.,GacaS.:Toolsforroadinfrastructuresafetymanagement–Polishexperiences,Transpor-tation research procedia, vol. 3, (2014), p. 730–739

• JamrozK.(2013):Macromodelofseatbeltusebycardriversandpassengers,TransportProblems,Vol.8,Iss.4,p.103–114

• JamrozK.,SmolarekL.(2013):DriverFatigueandRoadSafetyonPoland'sNationalRoads,InternationalJournalofOccupationalSafetyand ergonomics, vol. 19, no. 2, p. 3–15

• Jamroz,K.(2012):Theimpactofroadnetworkstructureandmobilityonthenationaltrafficfatalityrate,Procedia–SocialandBehavioralsciences, vol. 54, p. 1370–1377

contact person

KazimierzJamroz,Ph.D.,D.Sc. +48 58 347 13 47 [email protected] www.wilis.pg.edu.pl/katedra-inzynierii-drogowej/main

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research issues

• Experimentalandnumericalanalysisofcoupleddeterministic-statisticalsizeeffectinbrittlematerials• Experimentalandtheoreticalinvestigationsofmicro-structuralphenomenainsidestrainlocalizationingranularmaterials• Optimizationofcylindricalmetalsiloscontainingbulksolidswithrespecttoglobalandlocalstability• Experimentalandtheoreticalinvestigationsonfractureinconcreteandreinforcedconcretematerialswithcoupledcontinuous-disconti-

nuous models• Experimentalandtheoreticalinvestigationsonenergyefficientresidentialbuildingswithnovelheating/coolingsystem• Experimentalandnumericalinvestigationsondynamicflowofbulksolidsinsiloswithinmaterialpointmethod• Numericalmodellingofhydrofrackinginshalesbasedondiscreteelementmethod(DEM)

realised proJects

experiMental and nuMerical analysis of coupled deterMinistic-statistical size effect in Brittle Materials

Budget: eur 375,000.00duration: 2014–2017Funding: national science centre (ncn)PUBLICATIONSINJOURNALSJCR

• Korol,E.Tejchman,J.andMróz,Z.,FEanalysisofsizeeffectsinreinforcedconcretebeamswithoutshearreinforcementbasedonstocha-stic elasto-plasticity with non-local softening. Finite elements in analysis and design 88, 25–41, 2014.

• Skarzynski,L.,Nitka,M.andTejchman,J.,ModellingofconcretefractureataggregatelevelusingFEMandDEMbasedonx-raymicro-CTimages of internal structure. engineering Fracture Mechanics 147, 13–35. 2015.

• Syroka-Korol,E.,Tejchman,J.andMróz,Z.,Theeffectofcorrelationlengthandmaterialcoefficientofvariationoncoupledenergetic-sta-tistical size effect in concrete beams under bending. engineering structures 103, 239–259, 2015.

• Skarżyński,L.andTejchman,J.,Experimentalinvestigationsoffractureprocessinconcretebymeansofx-raymicro-computedtomo-graphy. strain 52, 26–45, 2016.

• Trawinski,W.,Bobinski,J.andTejchman,J.,Two-dimensionalsimulationsofconcretefractureataggregatelevelwithcohesiveelementsbased on X-ray micro-ct images. engineering Fracture Mechanics 168, 201–226, 2016.

• Suchorzewski,J.,Tejchman,J.,Nitka,M.,DEMsimulationsoffractureinconcreteunderuniaxialcompressionbasedonitsrealinternalstructure.Int.J.DamageMechanics,doi:10.1177/1056789517690915,2017.

• Korol,E.,Tejchman,J.,Mroz,Z.Experimentalandnumericalassessmentofsizeeffectingeometricallysimilarslenderconcretebeamswith basalt reinforcement. engineering structures, 141, 272–291, 2017.

experiMental and theoretical investigations of Micro-structural phenoMena inside strain localization in granular Materials

Budget: eur 200,000.00duration: 2012–2015Funding: national science centre (ncn)

faculty of civil and environMental engineeringdepartMent of Building structures and Material engineering

90

PUBLICATIONSINJOURNALSJCR• Kozicki,J.,Tejchman,J.andMűhlhaus,H.-B.DiscretesimulationsofatriaxialcompressiontestforsandbyDEM.Int.J.Num.Anal.Me-

thods geom. 38, 1923–1952, 2014.

• Nitka,M.andTejchman,J.ModellingofconcretebehaviourinuniaxialcompressionandtensionwithDEM.GranularMatter17,1,145–164,2015.

• Nitka,M.,J.Tejchman,J.,Kozicki,J.andLeśniewska,D.DEManalysisofmicro-structuraleventswithingranularshearzonesunderpassiveearth pressure conditions. granular Matter 3, 325–343, 2015.

• Kozicki,J.andTejchman,J.DEMinvestigationsoftwo-dimensionalgranularvortex-andanti-vortex-structuresduringplanestraincom-pression. granular Matter 18, 2, 20, 1–28, 2016.

• Kozick,J.,Tejchman,J.Investigationsofquasi-staticvortexstructuresin2Dsandspecimenunderpassiveearthpressureconditionsbasedon deM and helmholtz-hodge vector field decomposition. granular Matter, 2017, doi: 10.1007/s10035-017-0714-9.

innovative diMensioning and construction Method of large industrial silos coMposed of corrugated sheets

Budget: eur 270,000.00duration: 2013–2015Funding: national centre for research and development (ncBir)

PUBLICATIONSINJOURNALSJCR

• Iwicki,P.,Tejchman,J.andChróścielewski,J.DynamicFEsimulationsofbucklingprocessinthin-walledcylindricalmetalsilosThin-Walledstructures 84, 344–359, 2014.

• Sondej,M.,Iwicki,P.,Tejchman,J.andWójcik,M.CriticalassessmentofEurocodeapproachtostabilityofmetalcylindricalsiloswithcorrugated walls and vertical stiffeners. thin-Walled structures 95, 335–346, 2015.

• Kuczyńska,N.,Wójcik,M.andTejchman,J.Effectofbulksolidonstrengthofcylindricalcorrugatedsilosduringfilling.JournalofCon-structional steel research 115, 1–17, 2015.

• Wójcik,M.andTejchman,J.Simulationofbucklingprocessofcylindricalmetalsiloswithflatsheetscontainingbulksolids.Thin-Walledstructures 93, 122–136, 2015.

• Iwicki,P.,Rejowski,K.andTejchman,J.StabilityofcylindricalsteelsiloscomposedofcorrugatedsheetsandcolumnsbasedonFEanaly-ses versus eurocode 3 approach. engineering Failure analysis 57, 444–469, 2015.

• Sondej,M.,Iwicki,P.,Wójcik,M.andTejchman,J.Stabilityanalysesofacylindricalsteelsilowithcorrugatedsheetsandcolumnsbasedonmeasured imperfections. steel and composite structures 20, 1, 147–166, 2016.

• Iwicki,P.,Sondej,M.,Tejchman,J.Applicationoflinearbucklingsensitivityanalysistoeconomicdesignofcylindricalsteelsiloscomposedof corrugated sheets and columns. engineering Failure analysis 70, 105–121, 2016.

• Wojcik,M.andTejchman,J.Bucklinganalysesofmetalcylindricalsiloscontainingbulksolidsduringfilling.ParticulateScienceandTech-nology 34, 4, 461–469, 2016.

• Wójcik,M.,Sondej,M.,Rejowski,K.,Tejchman,J.Full-scaleexperimentsonwheatflowinsteelsilocomposedofcorrugatedwallsandcolumns. powder technology, 311, 537–555, 2017.

innovative coMprehensive systeM solution for energy efficient residential Buildings in unique prefaBrication and asseMBly technology of coMposite panels


PUBLICATIONSINJOURNALSJCR

• Wawrzynowicz,A.,Krzaczek,M.andTejchman,J.ExperimentsandFEanalysesonairbornesoundpropertiesofcompositestructuralinsulated panels. archives of acoustics 4, 1–14, 2014.

91

• Krzaczek,M.,FlorczukandTejchman,J.Fieldinvestigationsofstackventilationinaresidentialbuildingwithmultiplechimneysandtilted window in cold climate. energy and Buildings 103, 15, 48–61, 2015.

• Arendt,K.,Krzaczek,M.andTejchman,J.Influenceofinputdataonairflownetworkaccuracyinresidentialbuildingswithnaturalwind-and stack-driven ventilation. Building simulation 10, 2, 229–238, 2017.

innovative ways and effective Methods for iMproveMents of safety and duraBility of Building structures and trans-port infrastructure within sustainaBle developMent


PUBLICATIONSINJOURNALSJCR• Marzec,I.,Tejchman,J.andWinnicki,A.Computationalsimulationsofconcretebehaviourunderdynamicconditionsusingelasto-visco

-plastic model with non-local softening. computers and concrete 15, 3, 141–166, 2015.

• Bobinski,J.andTejchman,J.Comparisonofcontinuousanddiscontinuousconstitutivemodelstosimulateconcretebehaviourundermixedmodefailureconditions.Int.J.Num.Anal.MethsGeom.40,406–435,2016,

• Bobinski,J.andTejchman,J.Acoupledconstitutivemodelforfractureinplainconcretebasedoncontinuumtheorywithnon-localsofte-ning and eXtended Finite element Method. Finite elements in analysis and design 114, 1–21, 2016.

realization of pilot prograM longlife through construction of student hostel in klaipedaBudget: eur 140,000.00duration: 2012–2014Funding: european commission

PUBLICATIONSINJOURNALSJCR• Arendt,K.,Krzaczek,M.Numericalmodelofbuildingwithtransientandnon-uniformindoorenvironmentandtransientheattransferin

thermalenvelopeforthermalcapacitanceeffectsstudies.InternationalJournalofThermalSciences85,1–11,2014.

contact person

Prof.JacekTejchman + 48 58 347 14 81 [email protected] http://wilis.pg.edu.pl

92

research issues

numerical modeling of nonlinear materials, modelling of complex structures and coupled processes, modelling and experimental testing of crash tests. cementitious materials, modeling and monitoring of concrete curing process. composites in civil engineering applications. non-destructive testing with use of ultrasonic waves, modelling and experimental studies on diagnostics by electromagnetic waves, structural health monitoring systems.

realised proJects

• DevelopmentofcompositepedestrianbridgesforuseonGProads,NationalCentreforResearchandDevelopment(NCBiR)PBS1/B2/6/2013 (2013–2016) national center of research and development, poland

• Formulationandnumericalimplementationofconstitutiveequationsofirreversibledeformationsintheframeworkofthenonlinear6-parameter shell theory national science centre (ncn), 2015/17/B/st8/02190 (end 2018)

• Monitoringofdamagedevelopmentinadhesiveandboltedjointssubjectedtomechanical2015/19/B/ST8/00779(end2018)• Roadsafetydevices,RID3A,DZP/RID-I-67/13/NCBR/2016,NationalCenterofResearchandDevelopment(NCBiR),Poland(end2019)


• J.Chróścielewski,M.Miśkiewicz,Ł.Pyrzowski,B.Sobczyk,K.Wilde,"Anovelsandwichfootbridge–practicalapplicationoflaminatedcomposites in bridge design and in situ measurements of static response", composites part B: engineering, 2017 in press

• J.Chróścielewski,M.Miśkiewicz,Ł.Pyrzowski,K.Wilde,“Compositepedestrianbridge”,PolishMaritimeResearch,2017,inpress.

• M.Miśkiewicz,K.Daszkiewicz,T.Ferenc,W.Witkowski,andJ.Chróścielewski,“Experimentaltestsandnumericalsimulationsoffullscalecomposite sandwich segment of a foot- and cycle- bridge” advances in Mechanics: theoretical, computational and interdisciplinary issues –Kleiberetal.(Eds),Taylor&FrancisGroup,London,pp.401–404,2016.

• ZimaB.,RuckaM.:Non-destructiveinspectionofgroundanchorsusingguidedwavepropagation.InternationalJournalofRockMecha-nics&MiningSciences94(2017)90–102.

• RuckaM.,WildeK.:Experimentalstudyonultrasonicmonitoringofsplittingfailureinreinforcedconcrete.JournalofNondestructiveevaluation 32 (2013) 372–383.

• RuckaM.,WildeK.:Ultrasoundmonitoringforevaluationofdamageinreinforcedconcrete.BulletinofThePolishAcademyofSciences:technical sciences 63 (1) (2015), 65–75.

• ElastoplasticlawofCosserattypeinshelltheorywithdrillingrotation:Burzynski,S;Chroscielewski,J;Witkowski,WMATHEMATICSANDMechanics oF solids, vol. 20, issue: 7, 790–805

contact person

KrzysztofWilde(headoftheDepartment) +48 58 347 18 91 [email protected] https://wilis.pg.edu.pl/kwm

0450

faculty of civil and environMental engineeringdepartMent of Mechanics of Materials and structures

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05faculty of electrical and control engineering

95

research issues

the research carried out at the department includes a variety of issues in control engineering and related areas. it focuses on analysis me-thods, modeling and design, monitoring and diagnostics, optimization methods, decision support systems and more. the research is oriented inter alia on practical applications in the following sectors of industry: petroleum industry, shipbuilding industry, marine transport, power systems,andinsurancebusiness.Morespecifically,theDepartment’sresearchactivitiesincludethefollowingissues:• Automationandcontrolofindustrialprocesses• Nonlinearcontrolsystems,buildingautomation• Evolutionarypathplanningmethods• Diagnostics,reliabilityandsafetyofindustrialandcriticalinfrastructuresystems• Functionalsafetyandsecurityofcontrolsystems• Humanfactorsandhumanreliabilityanalysis• Securityofindustrialcomputersystemsandnetworks• Controlofautonomousvesselsandmarineobjects• Automationofmarinepowersystems


• PiesikE.,ŚliwińskiM.:Determiningandverifyingthesafetyintegritylevelwithsecurityaspects,TrendsinAdvancedIntelligentControl,optimization and automation, springer, (2017), p. 669–680.

• JarośK.,WitkowskaA.,ŚmierzchalskiR.:DatafusionofGPSsensorsusingParticleKalmanFilterforshipdynamicpositioningsystem,22nd international conference on Methods and Models in automation and robotics, (2017), ieee, p. 1–4.

• JarośK.,WitkowskaA.,ŚmierzchalskiR.:DesigningParticleKalmanFilterforDynamicPositioning,AdvancedSolutionsinDiagnosticsandFault tolerant control, springer, (2017), p. 157–168.

• KopczyńskiA.,ArendtR.,SpychalskiP.:CentralizedandDistributedStructuresofIntelligentSystemsforAidedDesignofShipAuto-mation , 38th international conference on information systems architecture and technology , information systems architecture and technology, part ii, springer nature, (2017), p. 310–319.

• KosmowskiK.,ŚliwińskiM.:Organizationalcultureasprerequisiteofproactivesafetyandsecuritymanagementincriticalinfrastructuresystemsincludinghazardousplantsandports,JournalofPolishSafetyandReliabilityAssociation,Vol.7.,no.1(2016),p.133–146.

• PiesikE.,ŚliwińskiM.,BarnertT.:Determiningandverifyingthesafetyintegritylevelofthesafetyinstrumentedsystemswiththeuncer-taintyandsecurityaspects.ReliabilityEngineering&SystemSafety.Vol.152,(2016),p.259–272.

• ŚmierzchalskiR.:Thestructureofthecontrolsystemforadynamicallypositionedship,21stInternationalConferenceonMethodsandModels in automation and robotics, (2016).

contact person

Prof.RomanŚmierzchalski +48 58 348 63 27 [email protected] https://eia.pg.edu.pl/ka/main

05faculty of electrical and control engineeringdepartMent of control engineering 51

96

05faculty of electrical and control engineeringdepartMent of electric drives and energy conversion

52

research issues

the primary research activities of the department are carried out in the following areas:• Nonlinearcontrolofelectricalmachines• Sensorlesscontrolofelectricaldrives• Controlofpowerconverters,includingmediumvoltagegrid-connectedpowerconverters• Controldiagnosticsofrenewableenergysources• Developmentofhardwareandsoftwareforthecontrolofpowerconvertersandelectricdrives• Controlofwindgeneratorswithdoublefedinductionmachines• Controlofmultiphasemachines(e.g.5-phaseinductionmotors)

the principal scientific and technological contributions of the department include: original control methods of ac machines based on multiscalar machine models and nonlinear feedback; advanced speed observers for sensor less control of ac machines; original diagnostic methods of electrical machines and torque transmission systems; new concepts of power electronic converters, notably based on sic devices; original control algorithms for grid connected power converters; analyses of inverters with output filters and novel control algorithms of such inverters; development of control principles for electric drives with multiphase machines.

realised proJects

two-rotor wind power plant with a generator with a rotataBle field systeM and arMatureBudget: eur 68,556.00 completion: 2017–2019Funding: voivodeship Fund for environmental protection and Water Management in gdansk

control, estiMation and diagnostics of electric drives with Multiphase induction Motors and output filters of voltage invertersBudget: eur 120,663.00 completion: 2014–2017Funding: national science centre

sensorless control of Multiphase induction Motors with application of Multiscalar ModelsBudget: eur 111,250.00 completion: 2011–2014 Funding: national science centre

laBoratory for innovative power technologies and integration of renewaBle energy sources (linte^2) Budget: eur 12,018,070.00completion: 2010–2015Funding: operational programme innovative economy

97


• KrzemińskiZ.:SensorlessControlofPolyphaseInductionMachines.In:AdvancedControlofElectricalDrivesandPowerElectronicCo-nverters. studies in systems, decision and control, vol. 75. springer international publishing ag, (2017), p. 3–26.

• MorawiecM.:SensorlessControlofInductionMachineSuppliedbyCurrentSourceInverter.AsianJournalofControl.Vol.17,No6(2015),p. 2403–2408.

• LewickiA.:Dead-TimeEffectCompensationBasedonAdditionalPhaseCurrentMeasurements.IEEETransactionsonIndustrialElectro-nics. vol. 62, no 7 (2015), p. 4078–4085.

• MorawiecM.:Z-typeObserverBacksteppingForInductionMachines.IEEETransactionsonIndustrialElectronics.Vol.62,No4(2015),pp.2090–2102.

• GuzińskiJ.,Abu-RubH.:Speedsensorlessinductionmotordrivewithpredictivecurrentcontroller,IEEETransactionsonIndustrialElectro-nics. vol. 60, no 2 (2013), p. 699–709.

• LewickiA.,KrzemińskiZ.,Abu-RubH.:Space-vectorpulsewidthmodulationforthree-levelnpcconverterwiththeneutralpointvoltagecontrol. ieee transactions on industrial electronics. vol. 58, no 11 (2011), p. 5076–5086.

contact person

JarosławGuziński,Ph.D,D.Sc. +48 58 347 29 60 [email protected] https://eia.pg.edu.pl/kaneike/main

98

research issues

the department conducts research pertaining to power systems, power plants and energy economics. it cooperates with the national power grid operator and operators of distribution systems, which usually leads to practical applications of research results. For more than twenty years the department has been the organizer of a major national conference on power engineering called advances in power engineering (ape). the activities of the department are carried out by the following two research teams:

power systems• Powersystemsecurityandsafety• Powersystemstabilityandcontrol• Comprehensivemodelingofpowersystems,includingdetailedmodelingofindividualelements• FACTSdevicesandHVDCsystemsoperationinpowersystems• Renewablesourcesofenergyinpowersystems• Electricalinstallationsanddevices

power plants and energy economics• Optimizationofthestructureandparametersofthepowersystemsupplyingpowertolargeagglomerationstomeettherequirements

of the electricity market• Methodsandmodelsforintegratedsimulation-and-optimizationbasedE3(energy,economy,environment)analysesusingETSAPMAR-

KALmodelforlong-termenergysystemplanningonnationalandlocalscale• Nuclearreactorsforcogenerationofelectricityandheat

realized proJects

real proven solutions to enaBle active deMand and distriButed generation flexiBle integration through a fully controllaBle lv and Mv distriBution grid (upgrid)Budget: eur 210,625.00 completion: 1.01.2015 –31.12.2017Funding: horiZon 2020

technologies supporting the developMent of safe nuclear energetics (technologie wspoMagaJące rozwóJ Bezpiecz-neJ energetyki JądroweJ)Budget: eur 115,800.00completion: 1.10.2012–30.09.2014Funding: national centre for research and development


05faculty of electrical and control engineeringdepartMent of electrical power engineering

53

99


• KlucznikJ.,LubośnyZ.,DobrzyńskiK.,CzappS.,KowalakR.,TrębskiR.,PokoraS.:Magneticandcapacitivecouplingsinfluenceonpowerlossesindoublecircuithighvoltageoverheadtransmissionline,COMPEL-THEINTERNATIONALJOURNALFORCOMPUTATIONANDMatheMatics in electrical and electronic engineering. vol. 36, iss. 3 (2017), p. 751–763.

• JaskólskiM.,ReńskiA.,MinkiewiczT.:Thermodynamicandeconomicanalysisofnuclearpowerunitoperatinginpartialcogenerationmode to produce electricity and district heat, energy, (2017).

• CzappS.,DobrzyńskiK.,KlucznikJ.,LubośnyZ.,KowalakR.:Improvingsensitivityofresidualcurrenttransformerstohighfrequencyearth fault currents, archives of electrical engineering. vol. 66., iss. 3 (2017), p. 485–494.

• MonografiaIIKongresuElektrykiPolskiejt.III.RaportEnergiaelektrycznadlapokoleńpodredakcjąM.Bartosika(współautorzy:KamratW.,KaźmierkowskiM.,LewandowskiW.,PawlikM.,PerytT.,SkoczkowskiT.,StrupczewskiA.,SzelągA.),COSiWSEP,2016.

• SarnickiM.,DzionkA.,TarakanB.,TarakanK.,ZajczykR.:Thephaseshiftersinfluenceonthepowersystemstability.ElectricalSciencecommission poznań Branch of the polish academy of sciences , scientific publishers oWn, (2016), p. 7–16.

contact person

prof. ryszard Zajczyk +48 58 347 20 98 [email protected] https://eia.pg.edu.pl/kee/main

100

research issues

the primary research activities of the department are carried out in the following areas:• Modeling,designandsimulationofpowerelectronicconverters• Controlanddiagnosticsofpowerelectronicconverters• Electromagneticcompatibilityofpowerelectronicsconvertersandvariablespeeddrives• Powerquality• Modeling,designanddiagnosticsofelectricalmachinesandtransformers• Designofpiezoelectricmachines,sensorsandactuators• CADandCAEtechniquesforelectromechanicalsystems

the main scientific and technological contributions of the department include: new concepts in the control of voltage-source inverters (self-tuning dead-time modulation method, pulse-width modulation of multilevel inverters based on the application of shape functions), original contributions in the area of diagnostics of voltage-source inverters and traction transformers, a unique method for experimental modeling of acoustic noise produced by ac machines, simulation models of brushless synchronous generators for the analysis of on board power systems of More electric aircraft, new-concept piezoelectric actuators and sensors, proprietary power electronic simulation package tcad.

released proJects


low speed perManent Magnet synchronous generator for vertical axis wind turBineBudget: eur 8,317.00completion: 2015–2016Funding: polish agency for enterprise development (parp)


• RacewiczS.,RiuD.,RetiereN.,ChrzanP.:Half-OrderModelingofSaturatedSynchronousMachine.IEEETransactionsonIndustrialElectro-nics, vol. 61, no 10 (2014), p. 5241–5248.

• RucińskiM.,MusznickiP.,ChrzanP.:Electromagneticinterferencefrequenciespredictionmodelofflybackconverterforsnubberdesign.iet power electronics, vol. 8, iss. 6 (2015), p. 994-999.

• MusznickiP.,ChrzanP.,RucińskiM.,KolincioM.:AdaptiveestimationofthetransformerstraycapacitancesforDC–DCconvertermode-ling. iet power electronics. vol. 9, no. 15 (2016), p. 2865–2870.

• TurzyńskiM.,KuleszaW.:AsimplifiedbehavioralMOSFETmodelbasedonparametersextractionforcircuitsimulations.IEEETransac-tions on power electronics. vol. 31, no. 4 (2016), p. 3096–3105.

05faculty of electrical and control engineeringdepartMent of power electronics and electrical Machines

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101

• TurzyńskiM.:InductionmachinebehavioralmodelingforpredictionofEMIpropagation.BulletinofthePolishAcademyofSciences-Tech-nical sciences. vol. 65, iss. 2 (2017), p. 247–254.

• KuttF.,MichnaM.,KostroG.,RonkowskiM.:Modellingofsteadystateandtransientperformanceofthesynchronousgeneratorcon-sidering harmonic distortions caused by non-uniform saturation of the pole shoe. electric power systems research. vol. 143, (2017), p. 409–414.

contact person

Prof.PiotrJ.Chrzan +48 58 347 17 19 [email protected] https://eia.pg.edu.pl/kelime/main

102

research issues

the department conducts research in the fundamentals of electrical engineering, advanced control systems and the use of computer me-thods, systems and networks in the analysis and design of complex electric and control systems. More specifically, the research areas covered bytheDepartment’sactivitiesinclude:• Algorithmsfortheanalysisofphysicalphenomenainpowersystemcircuitsandappliances• Analysisandreductionofpowertransformerinrushcurrents• SpecializedcomputerprogramsfortheanalysisoflinearDCandACcircuits• Methodsforthehidinganddetectionofferromagneticobjectsinmagneticfields• ModelingPMSMdirectdrivesforelectricandhybridvehicles• Advancedsimulationmodelsofthepantographandoverheadcontactline• Modeling,monitoring,control,decisionsupportandsecurityofcriticalinfrastructuresystemsandcriticalsafetysystemsforwater

distribution systems, power systems and nuclear power plants• Intelligent,cooperative,optimized,multi-agentsystemsformonitoring,controlandsecurityofdistributedlargescalecomplexsystems• Uncertaintyinmodeling,monitoring,controlanddecisionsupportsystems• Computersystemsandnetworksformonitoring,control,decisionsupportandsecuritysystems

realized proJects

electroMagnetic pulse cannonsBudget: eur 1,699,417.00completion: 2014–2021Funding: national centre of research and development

a deMonstrator for the Methods of detecting suBMarine oBJects froM aircraft with the use of differential MagnetoMetric systeMBudget: eur 372,698.00completion: 2012–2016Funding: national centre of research and development

nuclear power plant with water cooling reactor operated under partial cogeneration – developMent of systeM analysis Method and exaMple effectiveness evaluation Budget: eur 120,000.00completion: 2014Funding: national centre for research and development

tewi ict platforM Budget: eur 184,946.00completion: 2010–2013Funding: operational program innovative economy

05faculty of electrical and control engineeringdepartMent of electrical engineering, control systeMs and inforMatics 55

103


• SzymanikB.,WołoszynM.:Magneticandinfraredthermographymethodsindetectionofantipersonnellandmines.Compel–Internatio-nalJournalforComputationandMathematicsinElectricalandElectronicEngineering.Vol.35,Iss.4(2016),p.1323–1337.

• HirschP.,DuzinkiewiczK.,GrochowskiM.,PiotrowskiR.:Two-phaseoptimizingapproachtodesignassessmentsoflongdistanceheattransportation for chp systems, applied energy, no. 182 (2016), p. 164–176.

• KarwowskiK.,MizanM.,KarkosińskiD.:Monitoringofcurrentcollectorsontherailwayline.Transport,Taylor&FrancisOnline(2016),p.1-9.

• HorisznyJ.:Implementationofpowertransformercontrolledswitchingalgorithm.Compel–InternationalJournalforComputationandMathematics in electrical and electronic engineering. vol. 35, iss. 4 (2016), p. 1418–1427.

• HirschP.,PiotrowskiR.,DuzinkiewiczK.,GrochowskiM.:SupervisoryControlSystemforAdaptivePhaseandWorkCycleManagementofsequencing Wastewater treatment plant, studies in informatics and control, vol. 25, no. 2 (2016), p. 153–162.

• NowakT.,DuzinkiewiczK.,PiotrowskiR.:Numericalsolutionanalysisoffractionalpointkineticsandheatexchangeinnuclearreactor,nuclear engineering and design, vol. 281, (2015), p. 121–130.

• CzyżakM.,HorisznyJ.,SmykR.:PipelinedTwo-OperandModularAdders.Radioengineering,Vol.24,nr.1(2015),p.148–160.

contact person

MirosławWołoszyn,Ph.D,D.Sc. +48 58 347 24 35 [email protected] https://eia.pg.edu.pl/kessii/main

104

05faculty of electrical and control engineeringdepartMent of electrified transportation56

research issues

the primary research activities of the department are carried out in the following areas:• Diagnosticsandmonitoringofelectrifiedtransportationsystems• Visualmethodsfordiagnosticsandmonitoringofcurrentcollectorsandoverheadcontactlines• Referencemodelsofcurrentcollectorsandoverheadcontactlines• Modelingandanalysisofelectrictractionsupplysystems• Modelingandcontrolofelectricvehicledrives• Reductionofenergyconsumptionofelectrifiedtransportationsystems• Smartgridandrenewableenergysourcesforelectromobility• Energystoragesystemsforpublictransportation• Windturbineswithtwocounter-rotatingrotorsforwindpowerapplications• Ecodrivinginpublicelectrifiedsystems

the principal scientific and technological contributions of the department include the development of diagnostic stations of railway vehicles, diagnostic and monitoring systems for overhead contact lines; modelling and simulation of electrified transportation systems, assessment of energy efficiency; electromobility of public and personal transportation. the department closely cooperates with the polish and international companies dealing with the railroad and urban electrification systems, electrified rolling stock, electric vehicles, power apparatus and converters for electrified transportation.

realised proJects

laBoratory for innovative power technologies and integration of renewaBle energy sources (linte^2) Budget: eur 12,018,070.00 completion: 2010–2015Funding: operational programme innovative economy

vision systeM for Monitoring the state of contact strips of current collectors in operational conditions on railway lineBudget: eur 96,000.00completion: 2011–2013Funding: national science centre poland

iMproving railway access to the seaport of gdańsk and gdynia – preparatory designBudget: eur 14,575.00completion: 2014–2015 Funding: operational programme infrastructure and environment

construction works on railway line no. 1 – section częstochowa-zawiercieBudget: eur 6,573.00completion: 2015Funding: operational programme infrastructure and environment

105


• JudekS.,JarzebowiczL.,AnalysisofMeasurementErrorsinRailVehicles’PantographInspectionSystem.ElektronikairElektrotechnika,vol. 22, no. 3, (2016), p. 20–23.

• KarwowskiK.,Mizan.M.,KarkosińskiD.,Monitoringofcurrentcollectorsontherailwayline.Transport,Taylor&FrancisOnline(2016),p.1–9.

• BarlomiejczykM.,SkibickiJ.,Analysisofmeasurementuncertaintyforcontact-lessmethodusedtomeasurethepositionofcatenarycontact wire, performed with the use of Monte carlo method. Measurement, vol. 97, (Feb. 2017), p. 203–217.

• BartłomiejczykM.,PołomM.,Theimpactoftheoverheadline'spowersupplysystemspatialdifferentiationontheenergyconsumptionof trolleybus transport: planning and economic aspects, transport, vol. 32, issue: 1, (2017), p. 1–12.

• JarzebowiczL.,KarwowskiK.,KuleszaW.J.,SensorlessalgorithmforsustainingcontrollabilityofIPMSMdriveinelectricvehicleafterresolver fault. control engineering practice, vol. 58, (2017), p. 117–126.

• JarzebowiczL.,Modelingtheimpactofdiscretizingrotorangularpositiononcomputationoffield-orientedcurrentcomponentsinhighspeed electric drives. applied Mathematical Modelling, vol. 42, (2017), p. 576–590.

• SkibickiJ.:Theissueofuncertaintyofvisualmeasurementtechniquesforlongdistancemeasurementsbasedontheexampleofapplyingelectrictractionelementsindiagnosticsandmonitoring.Measurement,Vol.113,(Jan.2018),p.10–21.

contact person

andrzej Wilk, ph.d, d.sc. +48 58 347 10 87 [email protected] https://eia.pg.edu.pl/kiet/main

106

research issues

the primary research activities of the department are carried out in the following areas:• Diagnosticsofelectricmotorsandsuperconductingmagnets• Short-circuitimpedancemeasuringmethods• Designofcurrenttransformers• Applicationsoffrequency-modulatedpulsesignals• Smartelectricitymetering• Measurementsformedicaldiagnostics• Evaluationofmeasurementuncertainty• Applicationofgrapheneforelectronicsensing

realised proJects

Basic electrical testing systeM for the testing of the sis100 dipole and sis100 quadrupole Magnets for the international facility for antiproton and ion research (fair)Budget: eur 220,500.00completion: 2014–2019Funding: JagiellonianUniversityinKraków


• ŚwisulskiD.,PawłowskiE.,DorozhovetsM.:DigitalProcessingofFrequency–PulseSignalinMeasurementSystem.In:MazurD.,GołębiowskiM.,KorkoszM.(eds)AnalysisandSimulationofElectricalandComputerSystems.LectureNotesinElectricalEngineering,Vol.452,Springer,Cham.

• ŚwisulskiD.,HanusR.,ZychM.,PetrykaL.:Methodsofmeasurementsignalacquisitionfromtherotationalflowmeterforfrequencyanalysis.11th international conference on experimental Fluid Mechanics (eFM), (2017).

• Golijanek-JędrzejczykA.,ŚwisulskiD.,HanusR.,ZychM.,LeszekP.:Estimatingtheuncertaintyoftheliquidmassflowusingtheorificeplate.11th international conference on experimental Fluid Mechanics (eFM), (2017).

• WołoszykM.,ZiółkoM.,MichnaM.,SwędrowskiL.,WilkA.,SzczesnyS.,GallaS.,SzwangruberP.:Conditionmonitoringofsuperconductingmagnets, in: 1st World congress on condition Monitoring insight (2017).

• ŁuszczekM.:StructuralpropertiesofhypotheticalCeBa2Cu3O7compoundfromLSDA+DMFTcalculations.MaterialsScience–Poland,Vol.34,iss. 3 (2016), p. 617–626.

• ŁuszczekM.,TurzyńskiM.,ŚwisulskiD.:ModellingofGrapheneField-EffectTransistorforelectronicsensingapplications.PrzeglądElektro-techniczny, no 10 (2015), p. 170–172.

contact person

DariuszŚwisulski,Ph.D,D.Sc. +48 58 347 13 97 [email protected] https://eia.pg.edu.pl/kmisi/main

05faculty of electrical and control engineeringdepartMent of Metrology and inforMation systeMs 57

107

research issues

the activities of the department are carried out by the following two research teams: the Mechatronics and high voltage engineering team and the Biomedical engineering team. Both teams are equipped with unique test and measurement infrastructures and instruments (e.g. high-voltage laboratory, advanced laser scanning vibrometer, instruments for biomedical measurements). the primary research activities of the teams are carried out in the following areas:

Biomedical engineering• Preciseevaluationofthehumanbodysurfacearea• Analysisofbio-signals• Rehabilitationsystems• Assessmentoftheimpactofelectromagneticfieldsonlivingorganisms

Mechatronics and high voltage engineering• Electro-mechanicalperiodicstructuresasactiveacousticmetamaterials• Electro-mechanicalpropertiesofdielectricmaterialsinspecificenvironmentalconditions• Leakagecurrentsindiagnosisofvoltagesurgeprotectors• Mobilerobotsfordiagnosticofhighvoltagepowerlines

realised proJects

elastic wave propagation in periodic structuresBudget: eur 108,088.00completion: 2014–2016Funding: national science centre

Methodology for quick and precise calculation of huMan Body surface areaBudget: eur 119,381.00completion: 2016–2018Funding: national science centre

saMple puBlications

• Żak,M.Krawczuk,M.Palacz,PeriodicPropertiesof1DFEDiscreteModelsinHighFrequencyDynamics.MathematicalProblemsinEngi-neering, vol. 2016, no 9651430 (2016), p. 1–15.

• G.Redlarski,A.Pałkowski,M.Krawczuk,Bodysurfaceareaformulae:AnalarmingambiguityScientificReports,Vol.6,(2016),p.1–8.

• M.Krawczuk,Ł.Doliński,M.Palacz,A.Żak,DetectionofdamagesinarivetedplateAdvancesinMechanics:Theoretical,Computationaland interdisciplinary issues: proceedings of the 3rd polish congress of Mechanics (pcM) and 21st international conference on computer Methods in Mechanics (cMM), gdansk, poland, 8th–11th september 2015.

05faculty of electrical and control engineeringdepartMent of Mechatronics and high voltage engineering 58

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• G.Redlarski,W.W.Koczkodaj,M.Krawczuk,J.Siebert,K.E.Mrozik,A.Pałkowski,P.M.Tojza,AConceptionofPairwiseComparisonsModelfor selection of appropriate Body surface area calculation Formula, annals of computer science and information systems: proceedings of the 2016 Federated conference on computer science and information systems, ieee, (2016), p. 303–308.

contact person

Prof.MarekKrawczuk +48 58 347 24 16 [email protected] https://eia.pg.edu.pl/kmiiwn/main

109

06faculty of electronics,

telecoMMunications and inforMatics

111

research issues

the department performs research related to the design and analysis of algorithms for selected problems in discrete optimization and opera-tions research, in particular:• graph-theoreticalgorithms,includinggraphcoloringinvariousmodels,• taskschedulinginmultiprocessorenvironments,• algorithmsforautomatedtimetablegeneration,• problemsincomputationalbiology,• artificialintelligenceinlogicalgames,• experimentalestimationsofRamseynumbers.

investigations of problems and models in chromatic graph theory are targeted at the analysis of computational complexity of generalizations of the classical model of graph colouring and developing new measures of algorithmic performance, which is motivated by modeling real-life problems.

in the field of operations research, the scientific work concentrates on the construction of optimal schedules with respect to the criteria of makespan and mean flow time, and scheduling on dedicated machines with the emphasis on open shop, flow shop and job shop.timetable construction is the area where the goal is to obtain an efficient algorithm that automatically designs a timetable, e.g. for a univer-sity, with the requirement that the solution produced by the algorithm should be no worse than one proposed by a human.in the research related to computational biology we focus on the problems of reconstruction and comparison of phylogenetic trees and verifi-cation of the quality of potential trees representing evolution of species.

Asfortheprogrammingoflogicalgames,weareinterestedinmethodofcomputerlearning,withoutexpert'shelp,wherethegamestrategyis obtained based on the analysis of the database of past plays or game simulations.in the field of ramsey numbers, we focus on the most classical problems, that is, the estimations of 2- and 3-color small ramsey numbers as well as related to them the estimations of shannon capacity. this research is supported by extensive distributed computations.

realised proJects

searching graph structuresBudget: eur 67,088.00Completion: January26,2019Funding: national science centre (ncn)

developMent of graph-theoretical Methods of discrete optiMization in technological and Biological applications”Budget: eur 293,000.00 Completion: June05,2017Funding: national science centre (ncn)

06faculty of electronics, telecoMMunications and inforMaticsdepartMent of algorithMs and systeM Modelling 59

112


• D.Dereniowski,A.Pelc,Topologyrecognitionandleaderelectionincolorednetworks,TheoreticalComputerScience621(2016),92–102.

• D.Dereniowski,A.Kosowski,P.Uznański,M.Zou,ApproximationStrategiesforGeneralizedBinarySearchinWeightedTrees,44thInter-national colloquium on automata, languages and programming icalp 2017 (accepted).

• D.Dereniowski,A.Lingas,M.Persson,D.Urbanska,P.Żylinski,TheSnowTeamProblem–(ClearingDirectedSubgraphsbyMobileAgents).Fct 2017: 190–220.

• H.Furmańczyk,M.Kubale,Equitablecoloringofcoronaproductsofcubicgraphsisharderthanordinarycoloring,ArsMathematicaCon-temporanea, 10 (2016), 333–347.

• H.Furmańczyk,M.Kubale,St.Radziszowski,Onbipartizationofcubicgraphsbyremovalofanindependentset,DiscreteAppliedMathe-matics, 209 (2016), 15–121.

• P.Obszarski,A.Jastrzębski,M.Kubale,TowardstheboundarybetweeneasyandhardcontrolproblemsinmulticastClosnetworks,Bul-letin of the polish academy of sciences – technical sciences, 63 (2015), 739–744.

contact person

Prof.KrzysztofGiaro +48 58 347 24 28 [email protected] http://pg.edu.pl/c89f28fe87_krzysztof.giaro http://eti.pg.edu.pl/katedra-algorytmow-i-modelowania-systemow/main http://eti.pg.edu.pl/katedra-algorytmow-i-modelowania-systemow/research-area

113

research issues

• highperformancecomputingusingclusterarchitectures,multi-coreandmany-coreprocessors,accelerators,coprocessorsandhybridsystems,

• largescaledataprocessing,• serviceintegration,workflowapplicationscheduling,• optimizationofprogramexecutionintermsofperformance,powerandenergyconsumption,• developmentofhighlyefficientalgorithmstoassessdatasimilarityespeciallyusingdeeplearningtechniques,on-the-flyfiltering,image

and video processing,• integrationofvariousmedicaldevicesandsoftwaremodulesinheterogeneousdistributedandparallelenvironments

realised proJects

Modeling efficiency, reliaBility and power consuMption of Multilevel parallel hpc systeMs using cpus and gpus Budget: eur 161,500.00completion: 07.2013–01.2016Funding: national science centre (ncn)

06faculty of electronics, telecoMMunications and inforMaticsdepartMent of coMputer systeMs architecture 60

114

internet platforM for data integration and collaBoration of Medical research teaMs for the stroke treatMent centres Budget: eur 575,000.00completion: 10.2013–09.2016Funding: national centre for research and development (ncBir)


• CzarnulP.,KuchtaJ.,MatuszekM.,ProficzJ.,RosciszewskiP.,WójcikM.,SzymanskiJ.,MERPSYS:Anenvironmentforsimulationofparallelapplication execution on large scale hpc systems. simulation Modelling practice and theory 77: 124–140 (2017).

• Czarnul,P.,BenchmarkingPerformanceofaHybridIntelXeon/XeonPhiSystemforParallelComputationofSimilarityMeasuresBetweenLargeVectors,InternationalJournalofParallelProgramming45(5):1091–1107(2017),Springer.

• JarząbekL.,CzarnulP.,PerformanceevaluationofunifiedmemoryanddynamicparallelismforselectedparallelCUDAapplications.TheJournalofSupercomputing73(12):5378–5401(2017).

• KucharczykL.,SzymanskiJ.:Path-basedmethodsoncategoricalstructuresforconceptualrepresentationofwikipediaarticles.J.Intell.inf. syst. 48(2): 309–327, 2017.

• LubomskiP.,KrawczykH.,PracticalEvaluationofInternetSystems'SecurityMechanisms,IEEESECUR.&PRIV.,15(1),2017.

• Rościszewski,P.,Czarnul,P.,Lewandowski,R.,Schally-Kacprzak,M.,KernelHive:anewworkflow-basedframeworkformultilevelhighperformance computing using clusters and workstations with cpus and gpus. concurrency computat.: pract. exper., 28(9): 2586–2607 (2016).

• MoliszA.,GutknechtP.,TrzeciakB.,WiniarskiT.,NykaW.,DziubichT.,SiebertJ.Ischemicstrokeingeneralpractice:riskfactors,prognosis:prospective single center study. Fam. Med. prim. care rev. 2016; 18(3).

• DziubichT.,SzymanskiJ.;BrzeskiA.,DepthImagesFilteringinDistributedStreaming,PolishMar.Res.,23(2),2016.

• SzymanskiJ.,RzeniewiczJ.,Identificationofcategoryassociationsusingamultilabelclassifier.ExpertSyst.Appl.,61,2016.

• CzarnulP.,IntegrationofServicesintoWorkflowApplications,Taylor&FrancisGroup,ISBN9781498706469,2015

• CzarnulP.,Comparisonofselectedalgorithmsforschedulingworkflowapplicationswithdynamicallychangingserviceavailability.J.ofZhejiang university-science c., 15(6), 2014

contact person

PawełCzarnul,Ph.D.,D.Sc. 48 58 347 12 88 [email protected]

115

research issues

the main research issues are in the scope of functional materials and are mainly focused on the development of:• Solidoxidefuelcells• Solidoxideelectrolizers• Functionalcoatings• Solidstatesensors• Thinandthickfilmtechnology

realised proJects

innovative solid oxide electrolyzers for storage of renewaBle energyBudget: eur 180,000.00completion: 2015–2018Funding: the national centre for research and development poland and Ministry of science and technology, taiwan

functional layers for solid oxide fuel cellsBudget: eur 187,000.00completion: 2013–2017Funding: national science centre poland

quest for novel Materials for solid oxide cell interconnect coatingsBudget: eur 191,000.00completion: 2018–2020Funding: national science centre poland

understanding and MiniMization of ohMic and polarization losses in solid oxide cells By nanocrystalline ceraMic and cerMet functional layersBudget: eur 250,000.00completion: 2018–2020Funding: national science centre poland

Multi-sensor systeM for air contaMination MeasureMentsBudget: eur 250,000.00completion: 2011–2015Funding: the national centre for research and development

06faculty of electronics, telecoMMunications and inforMaticsdepartMent of BioMedical engineering

laBoratory of functional Materials

61

116


• K.Cysewska,L.F.Macía,P.Jasiński,A.Hubin,Tailoringtheelectrochemicaldegradationofironprotectedwithpolypyrrolefilmsforbiode-gradable cardiovascular stents, electrochimica acta 245, 327–336 (2017).

• Chrzan,S.Ovtar,P.Jasinski,M.Chen,A.Hauch,HighperformanceLaNi1-xCoxO3-δ(x=0.4to0.7)infiltratedoxygenelectrodesforreversi-blesolidoxidecells,JournalofPowerSources353,67–76(2017).

• K.J.Dunst,J.Karczewski,P.Jasiński,NitrogendioxidesensingpropertiesofPEDOTpolymerfilms,SensorsandActuatorsB:Chemical247,108–113 (2017).

• S.Molin,P.Jasinski,L.Mikkelsen,W.Zhang,M.Chen,P.V.Hendriksen,LowtemperatureprocessedMnCo2O4andMnCo1.8Fe0.2O4aseffectiveprotectivecoatingsforsolidoxidefuelcellinterconnectsat750°C,JournalofPowerSources336,408–418(2016).

• S.Molin,A.Chrzan,J.Karczewski,D.Szymczewska,P.Jasiński,Theroleofthinfunctionallayersinsolidoxidefuelcells,Electrochimicaacta 204, 136–145 (2016).

contact person

PiotrJasiński,Ph.D.,D.Sc. +48 58 347 13 23 [email protected] http://eceramics.eti.pg.gda.pl/

117

research issues

the main research issues are in the scope of ehealth and mhealth and are mainly focused on the development of:•methodsanddevicesforhuman-systeminteraction•methodsandsystemsforremote,medicaldiagnostics•solutionsforubiquitouscomputinginhealthcare•methodsanddevicesforambientassistedliving•computervisionalgorithms•medicalimageprocessing,analysis,recognitionandvisualization•multimedia data mining.

realised proJects

eglasses – the interactive eyeglasses for MoBile, perceptual coMputing

Budget: eur 1,241,680.00completion: 2014–2016Funding: era-net chist-era (Fp7 Fet – Future and emerging technologies), Main

06faculty of electronics, telecoMMunications and inforMaticsdepartMent of BioMedical engineering

group of ehealth62

118

coordinator of the european proJect (partners froM austria, switzerland, luxeMBourg, and france) doMestic – hoMe assistant systeM of the elderly and the sick

Budget: eur 928,140.00completion: 2009–2014Funding: eu rdF, Main coordinator of the european project


• J.Rumiński,Analysisoftheparametersofrespirationpatternsextractedfromthermalimagesequences,BiocyberneticsandBiomedica-lEngineeringJournal,Elsevier,vol.36,Issue4,2016,pp.731–741.

• J.Rumiński,Reliabilityofpulsemeasurementsinvideoplethysmography,MetrologyandMeasurementSystems,vol.23,no.3,2016, pp. 359–371.

• J.Rumiński,ABujnowski,T.Kocejko,J.Wtorek,A.Andrushevich,M.Biallas,R.Kistler,PerformanceAnalysisofInteractionbetweenSmartGlassesandSmartObjectsUsingImage-BasedObjectIdentification,InternationalJournalofDistributedSensorNetworks, article id 6254827, 2016, 14 pages.

• A.Bujnowski,M.Benoit,M.Kaczmarek,P.Przystup,J.Ruminski,IPecci,ActiveandDynamicGraphicalCodeforObjectIdentificationinHealthcare,JournalofMedicalImagingandHealthInformatics,vol.5,no.8,December2015,pp.1631–1639.

• J.Rumiński,ColorProcessingforColor-BlindIndividualsUsingSmartGlasses,JournalofMedicalImagingandHealthInformatics,vol.5,no. 8, december 2015, pp. 1652–1661.

• M.Kaczmarek,A.Nowakowski,ActiveIR-ThermalImaginginMedicine,JNondestructEval(2016),Springer,35:19,DOI10.1007/s10921-016-0335-y, 16 pages, 2016.

• PL.39583,Adeviceformeasuringandrecordingtheflowofexhaustairflowthroughthehuman,2014.

• PL.402963,Amethodforlocalizingobjectsorlocationsinspaceandadeviceandsystemforimplementingthemethod,2016.

contact person

JacekRuminski,Ph.D.,D.Sc. +48 58 347 26 70 [email protected] http://www.healthengineering.eu https://eti.pg.edu.pl/katedra-inzynierii-biomedycznej/main

119

research issues

• SensorPositioningSystems(SPS)iscustomsolutionthatwasdesignedtosupportidentificationofsensorsdeployedonenginesduringtests. systems utilizes various methods (rFid, vision, inertial) in order to deliver spatial information about deployed sensors. sps delivers possibility to identify and localize in 3d sensors deployed on unit under test (uut). sps uses radio frequency identification, inertial as well as optical methods to deliver accurate position of deployed sensors. sps supports user during engine calibration phase, by creating a list of deployed sensors as well in further phases by delivering information about precise localization of sensors. each sensor is recognized on basis of individual led broadcasting pattern which is assigned during engine calibration phase. information about sensors (list of deployed sensors, position in 3d) is utilized by external software for test management.

• IndoorPositioningSystems(IPS)allowstolocalizeobjectsandpersonsinsideabuilding,wheretraditionalnavigationsystemsarenotefficient.Localizationofobjectsisbasedondifferentmethods(visionmethods,radiofrequencymethods)andit’savailablethroughwebapplication. ips is based on Wireless sensor network (Wsn) deployed inside a building. localization methods can use different environ-mental features (signals) and their properties – different characteristics associated with the propagation of radio signals (rss, toF, doa, etc.) or video stream delivered from traditional cctv system. system relies on measurements of various signals from the environment and different signal properties, uses advanced algorithms for data processing, so different components of the system can mutually remove their weak points and improve the overall accuracy whilst simultaneously keeping infrastructure costs low. the system uses i.a. dedicated switched-beam espar antenna.

realised proJects

dependaBle eMBedded wireless infrastructureBudget: eur 533,781.22 completion: 30.04.2017 Funding: NationalCentreforResearchandDevelopment(NCBiR)andJUARTEMIS

06faculty of electronics, telecoMMunications and inforMaticsdepartMent of Microwave and antenna engineering 63

120


• M.Rzymowski,P.Woznica,andL.Kulas,"Single-AnchorIndoorLocalizationUsingESPARAntenna,"IEEEAntennasWirelessPropag.Lett.,vol. 15, pp. 1183–1186, 2016.

• L.Brás,N.B.Carvalho,P.Pinho,L.Kulas,andK.Nyka,“AReviewofAntennasforIndoorPositioningSystems,”InternationalJournalofantennas and propagation, vol. 2012, article id 953269, 14 pages, 2012.

• L.Kulas,“Direction-of-arrivalestimationusinganESPARantennawithsimplifiedbeam-steering,”inProc.47thEuro.Microw.Conf.,Nu-remberg, germany, 2017, pp. 296–299.

• L.Kulas,"RSS-basedDoAEstimationUsingESPARAntennasandInterpolatedRadiationPatterns,","IEEEAntennasWirelessPropag.Lett.,vol.17,no.1,pp.25–28,Jan2018.

• L.Kulas,"Simple2-Ddirection-of-arrivalestimationusinganESPARantenna",IEEEAntennasWirelessPropag.Lett.,vol.16,pp.2513–2516,2017.

contact person

ŁukaszKulas,Ph.D. +48 58 347 16 59 [email protected] http://eti.pg.edu.pl/katedra-inzynierii-mikrofalowej-i-antenowej/main http://mwave.eti.pg.gda.pl/ www.eti.pg.edu.pl

Figure 1 - new version of integrated 2.4ghz Wsn espar (with rF switches) node(a) top, (b) bottom view

(a) (b)

121

06faculty of electronics, telecoMMunications and inforMaticsdepartMent of software engineering

group of eMotions in huMan-coMputer interaction research (eMorg)64

research issues

aFFective coMputingthe eMorg research aims at developing new methods and tools for automatic emotion recognition, interpretation and expression with applications in intelligent tutoring systems (its), games design and software engineering. the research scope covers methods and tools for: • useremotionalstateelicitation(recognition)usingmachinelearning,• useraffectrepresentation,interpretationandanalysisinexperimentalresearch,• affect-awareinterventionandcontrolforgamesandotherapplications,thatrecognizeaffect.

realised proJects

eMotion recognition for affect-aware video gaMes Budget: eur 98,000.00completion: 2013–2015Funding: norwegian Financial Mechanism

Methods and tools for affect-aware intelligent tutoring systeMs Budget: eur 98,000.00completion: 2015–2017Funding: norwegian Financial Mechanism


• LandowskaA.,SzwochM.,SzwochW.:“MethodologyofAffectiveInterventionDesignforIntelligentSystems”,InteractionswithCompu-ters, doi: 10.1093/iwc/iwv047, 2016.

• LandowskaA.:“Emotionmonitor–verificationofphysiologicalcharacteristicsmeasurementprocedures”,MetrologyandMeasurementSystemsJournal,vol.XXI,no.4,2014,pp.719–732.

• LandowskaA.:“Emotionmonitor-concept,constructionandlessonslearned”,InternationalFederatedConferenceonComputerScienceandInformationSystems(FedCSIS),Łódź,Polska,14–16.09.2015.

• LandowskaA.,SzwochM.,SzwochW.,WróbelM.R.,KołakowskaA.:“Modelingemotionsforaffect-awareapplications”,bookchapterinmonograph by prof. s. Wrycza, 2015.

• LandowskaA.,MilerJ.:“LimitationsofEmotionRecognitioninSoftwareUserExperienceEvaluationContext”,Proceedingsofthe2016Federated conference on computer science and information systems, acsis, vol. 8, pages 1631–1640 (2016).

• BrodnyG.,KołakowskaA.,LandowskaA.,SzwochM.,SzwochW.,WróbelM.R.:“Comparisonofselectedoff-the-shelfsolutionsforemotionrecognitionbasedonfacialexpressions”,9thInternationalConferenceonHumanSystemInteraction,Portsmouth,UK,July6–8,2016,doi: 10.1109/hsi.2016.7529664.

122

contact person

agnieszka landowska, ph.d. 48 58 347 29 89 [email protected] http://emorg.eu/

123

research issues

• methodsusedformonitoringphysiologicalparameters,thatprovideinformationonaffectivestateofachildwithautism,• designofapplications,thatsupportbehaviouraltherapybasedonmethodofactivityplans,• developmentofmethodforautomaticmonitoringoftherapyprogress,• measurementsbasedonbehaviouralpatternsoftabletandapplicationusageaswellastaskprogress

realised proJects

optoelectronic systeM supporting Behavioural therapy of children with autisM Budget: eur 43,200.00completion: 2013–2014Funding: Foundation for polish science (Fnp)

autoMated therapy Monitoring for children with autisM spectruM disorder Budget: eur 279,000.00completion: 2015–2017Funding: national centre for research and development (ncBir)


• KołakowskaA.,LandowskaA.,AnzulewiczA.,SobotaK.:“Automaticrecognitionoftherapyprogressamong children with autism”, scientific reports, vol. 7, pp. 1–14, 2017.

• LandowskaA.:“Lookingforsimplicity.UsabilityofdigitalapplicationsforchildrenwithASD”,Noldususer report, 2015 (http://info.noldus.com/usability-of-digital-applications-for-children-with-asd).

• KołakowskaA.,LandowskaA.,WróbelM.,ZarembaD.,CzajakD.,AnzulewiczA.:“Applicationsforinvestigating therapy progress of autistic children”, proceedings of the 2016 Federated conference on computer science and information systems, pp. 1693–1697, 2016.

• Kołakowska,A.,Landowska,A.,Wróbel,M.R.:“Behaviometricsofdigitalgamesforchildrenwithautism spectrum disorder”, eduakcja. Magazyn edukacji elektronicznej, no. 1/2017.

• LandowskaA.,SmiataczM.:“MobileActivityPlanApplicationsforBehavioralTherapyofAutisticChildren”, international conference on Man-Machine interactions, 6–9.10.2015.

• KołakowskaA.,LandowskaA.,KarpienkoK.:“Gyroscope-basedgamerevealingprogressofchildrenwithautism”,InternationalConferen-ceonMachineLearningandSoftComputing,HoChiMinhCity,Vietnam,January13–16,2017.

contact person

agnieszka landowska, ph.d. +48 58 347 2989 [email protected] http://autyzm.eti.pg.gda.pl/

06faculty of electronics, telecoMMunications and inforMaticsdepartMent of software engineering

group of e-technologies for autisM 65

124

research issues

KnowledgeManagement,OntologyEngineering,BigDataAnalytics,Recommendationsystems

realised proJects

structuring and classifying weB content with predicting their dynaMicsBudget: eur 820,000.00 completion: 1.01.2015–31.12.2017Funding: national centre for research and development (ncBir)

the aim of the project is to obtain a comprehensive technology for acquiring and analyzing opinion posts of internet users in order to impro-ve the quality of recognition and analysis of the posts and to significantly reduce the time between the appearance of the post on a website and the indexation of the analyzed post by the robotic system. the desired practical goal is to obtain indexing time and completion of the analysis for 90% of the posts at less than 1 hour after their appearing. the result of the analysis of each statement should be information aboutobjectsreferredtoinpostsalongwiththedefinitionoftheauthor'sattitudetotheobjects(sentiment).Thisrequiresdevelopmentofnewnaturallanguageprocessingmethodsinordertodetecttheauthor'srelationtoindividualsubjects,takingintoaccounttheneedtoadapt them to the very colloquial form of language used on the internet. so, it is necessary to undertake new research in the areas of site acquisition strategies, extraction generators and natural language analysis.

06faculty of electronics, telecoMMunications and inforMaticsdepartMent of software engineering group of knowledge ManageMent

66

125


• WaloszekW.,WaloszekA.:„SACAM–AModelforDescribingandClassifyingSentimentAnalysisMethod”,ICAART’2017Proceedings,2017.

• WaloszekW.,WaloszekA.:„ExtendingExpressivenessofKnowledgeDescriptionwithContextualApproach”,“StudiesinComputationalintelligence”, springer, 2017.

• KarpusA.,diNoiaT.,TomeoP.,GoczyłaK.,“Usingcontextualconditionalpreferencesforrecommendationtasks:acasestudyinthemoviedomain”, studia informatica, vol. 37, no. 1, 2016.

• KarpusA.,VaglianoI.,GoczyłaK.,MorisioM.:“AnOntology-basedContextualPre-filteringTechniqueforRecommenderSystems”,FedC-SIS’2016,vol.8,2016.

contact person

Prof.KrzysztofGoczyła +48 58 347 13 18 [email protected] http://pg.edu.pl/web/5ec91aac30_krzysztof.goczyla http://eti.pg.edu.pl/katedra-inzynierii-oprogramowania/main

126

research issues

the group focuses on the risks and trust management in relation to different qualities of software and it systems, e.g. safety, security, relia-bility, privacy. of particular interest is the concept of trust case and the related trust-it methodology.iag is developing methods and tools that aim at strengthening guarantees related to different qualities of software and it systems and puts stress on experimental validation.the result of our research work is argevide nor-sta - a tool supporting development, management, assessment and communication of assurance cases and conformance cases. nor-sta is presently being applied in various domains, including medical, automotive, railways and others. the tool is offered commercially by a spin-off company argevide.

realised proJects

supporting conforMance to norMs and standards – nor-staBudget: eur 1,150,000.00completion: 2010–2014Funding: innovative economy, submeasure 1.3.1

advanced networked gateway to enhance quality of life – angel Budget: eur 3,893,562.00completion: 2006–2008Funding: 6th eu Framework programme

06faculty of electronics, telecoMMunications and inforMaticsdepartMent of software engineering group of inforMation assurance

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personalised inforMation platforM for health and life services – pips Budget: eur 13,869,023.00completion: 2004–2007Funding: 6th eu Framework programme


• GórskiJ.,JarzębowiczA.,LeszczynaR.,MilerJ.,OlszewskiM.:Trustcase:justifyingtrustinITsolution,Proc.SafecompConference,Reliabi-lity engineering and system safety, vol. 89, no. 1, pp. 33–47, 2005.

• CyraŁ.,GórskiJ.,Supportforargumentstructuresreviewandassessment,ReliabilityEngineeringandSystemSafety,vol.96,no.1,pp.26–37, 2011.

• GórskiJ.,JarzębowiczA.,MilerJ.,Validationofservicessupportinghealthcarestandardsconformance,MetrologyandMeasurementsystems, vol. 19, no. 2, pp. 269–284, 2012.

• WardzińskiA.,Jarzębowicz,A.,Towardssafetycaseintegrationwithhazardanalysisformedicaldevices.InProc.of4thInternationalWorkshop on assurance cases for software-intensive systems (assure 2016), springer lncs vol. 9923, pp. 87–98, 2016.

• GórskiJ.,KamińskiM.,TowardsautomationofITsystemsrepairs,SoftwareQualityJournal,vol.26,no.1,pp.67–96,2018.

contact person

Prof.JanuszGórski +48 58 347 19 09 [email protected] http://iag.pg.gda.pl/

128

research issues

• biometricidentificationandverification(especiallymethodsoffacerecognitionandlocalization)• livenessdetectionandantispoofingprotection• illuminationnormalization• objectdetection• imagesimilaritymeasures• computervisionapplicationsofdeeplearning

realised proJects

BioMetric security systeM for MoBile workstations using face recognition and the analysis of user Behaviour

Budget: eur 84,500.00completion: 2009–2012Funding: national science centre (ncn)

BioMetric protection of pdf docuMents (developed within the fraMework of a proJect “Menaid – Methods and tools for next generation docuMent engineering”)

Budget: eur 90,000.00completion: 2011–2014Funding: national science centre (ncn)

face recognition and tracking systeM for MoBile android devices (developed within the fraMework of a proJect “eglasses – the interactive eyeglasses for MoBile, perceptual coMputing” in cooperation with the departMent of BioMedical engineering)

Budget: eur 1,241,680.00completion: 2014–2016Funding: era-net-chist-era-ii


• SmiataczM.,PrzybycieńK.,AFrameworkforTrainingandTestingofComplexPatternRecognitionSystems.IEEEConferenceonSignaland image processing applications (icsipa 2011).

• SmiataczM.,Livenessmeasurementsusingopticalflowforbiometricpersonauthentication.MetrologyAndMeasurementSystems,vol.19, no. 2, 2012.

• SmiataczM.,Eigenfaces,Fisherfaces,Laplacianfaces,Marginfaces–HowtoFacetheFaceVerificationTask.AdvancesinIntelligentSys-tems and computing vol. 226, springer 2013.

• SiciarekJ.,SmiataczM.,WiszniewskiB.,ForYourEyesOnly–BiometricProtectionofPDFDocuments.2013InternationalConferenceone-learning, e-Business, enterprise information systems, and e-government (eee 2013).

06faculty of electronics, telecoMMunications and inforMaticsdepartMent of intelligent interactive systeMs group of coMputer vision for BioMetrics

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• SmiataczM.,FaceRecognition:ShapeversusTexture.AdvancesinIntelligentSystemsandComputing,vol.313,Springer2015.

• SmiataczM.,RumińskiJ.,LocalTexturePatternSelectionforEfficientFaceRecognitionandTracking.AdvancesinIntelligentSystemsand computing, vol. 403, springer 2016.

• SmiataczM.,SimilarityMeasuresforFaceImages:AnExperimentalStudy.ComputerVisionandGraphics(ICCVG2016),LectureNotesincomputer science 9972, springer 2016.

contact person

Maciej smiatacz, ph.d. +48 58 347 26 89 [email protected] http://pg.edu.pl/macsmiat http://eti.pg.edu.pl/katedra-inteligentnych-systemow-interaktywnych/about-us

130

research issues

optimal design of intelligent control, supervision, automation, robotics and diagnostics systems is intended to develop algorithms for the de-sign of modern control and diagnostics systems, taking into account the uncertainties of the system and signal models, and the capabilities of contemporary computing tools and methods, especially those in the field of interdisciplinary research.the research deals with control and systems theories and the tasks of optimum design of computer systems of automation and robotics, diagnostics and decision making, in order to develop and implement methods of designing systems based on modeling and identification, ob-servation and estimation and optimization, including the mechanisms of adaptation, decision making, computational intelligence, robotics, and vision systems supporting mobile and autonomous robots.

realised proJects

design of computerized automation and robotics systems using intelligent information processing: REALISEDPROJECTSconcernadaptiveandpredictivecontrol,surveillance,faultdetectionandisolation.OptimizationandAImethodsallowdesigning bio-manipulators, mobile robots/agents and smart management of buildings. recent projects concern robots for inspection and medical rescue, security systems, intelligent monitoring, and systems of haptic interaction with physical and virtual reality.

06faculty of electronics, telecoMMunications and inforMaticsdepartMent of roBotics and decision systeMs69

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• AdvancedandIntelligentComputationsinDiagnosisandControl.Springer,Heidelberg2016.

• “ComputationalApproachestoModelingArtificialEmotion”FrontiersinRoboticsandAI,3(21),2016.

• CognitiveRobotics.FrontiersinRoboticsandAI,2–3,2016

• „NumericalIssuesandApproximatedModelsfortheDiagnosisofTransmissionPipelines”ModelingandMonitoringofPipelinesandnetworks , springer, Berlin – heidelberg, 2017.

• „GenderApproachestoEvolutionaryMulti-ObjectiveOptimization”EngineeringOptimization,50(1),2017.

• „AnalysisofeconomicallightingofhighwaysintheenvironmentofSMOLlanguage”MetrologyandMeasurementSystems24(3),2017.

• „SphereDriveandControlSystemforHapticInteractionwithPhysical,Virtual,andAugmentedReality”IEEETrans.ControlSystemstechnology, 2018.

contact person

Prof.ZdzisławKowalczuk +48 58 347 20 18 [email protected] http://pg.edu.pl/9cfdf10e8f_zdzislaw.kowalczuk http://eti.pg.edu.pl/katedra-systemow-decyzyjnych-i-robotyki/about

132

research issues

http://eti.pg.edu.pl/katedra-metrologii-i-optoelektroniki/research-area

the teaching and scientific speciality of the group is computer aided metrology, diagnostics technics and electronic systems design, in parti-cular:micro- and macro- electronic systems design, electronic testing and diagnostics, measurement of noise properties of objects, measurements of distortions, reliability, electromagnetic compatibility, impedance measurements and spectroscopy, internet telemetry and telediagnostics.TheDepartmenteditsMetrologyandMeasurementSystems–thequarterlyjournalofPolishAcademyofScienceindexedinJCR.

realised proJects

developMent of a non-invasive Breath test for early diagnosis of tropical diseasesBudget: eur 112,500.00 Completion: January31,2019Funding: european commission

06faculty of electronics, telecoMMunications and inforMaticsdepartMent of Metrology and optoelectronics group of Metrology and electronic systeMs

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proJect description

this project aims at demonstrating the feasibility of a non-invasive, safe and patient-friendly methodology for on-site rapid diagnosis of tropical diseases. the proposed approach is based on breath samples analyses, which present no discomfort or risk for patients health. in this study will be enrolled patients with three different types of neglected tropical diseases (hydatidosis, leishmaniasis and dengue) from different geographical locations. analytical chemistry methods will be employed for the identification of the breath volatile biomarkers of these diseases. a pool of potential nanomaterials with high affinity towards the identified vocs will be selected. We will investigate the sy-nergiceffectofdifferentadvancedandcomplementarychemicalsensingtechniques:Mid-InfraredQuantumCascadeLaserspectroscopyanddifferent types of chemical gas sensors devices. these techniques are particularly attractive, since they can be miniaturised and are suitable for building on-site portable systems. advanced pattern recognition algorithms will be employed for building discriminative models for the identification of the fingerprints of the different tropical diseases studied, and multisensors data fusion will be then applied for obtaining enhanced results.


• LentkaŁ.,SmulkoJ.,KotarskiM.,GranqvistC.,IonescuR.:Non-GaussianResistanceFluctuationsinGold-Nanoparticle-BasedGasSensors:an appraisal of different evaluation techniques. sensors – Basel, vol. 17 (4), 2017, p. 1–11.

• LentkaŁ.,KotarskiM.,SmulkoJ.,CindemirU.,TopalianZ.,GranqvistC.,CalaviaR.,IonescuR.:Fluctuation-EnhancedSensingwithOrgani-cally Functionalized gold nanoparticle gas sensors targeting Biomedical applications. talanta, vol. 160, (2016), p. 9–14.

contact person

Prof.JanuszSmulko +48 58 348 60 95 [email protected] http://pg.edu.pl/f4f4a06c58_janusz.smulko http://eti.pg.edu.pl/katedra-metrologii-i-optoelektroniki/main

134

research issues

http://eti.pg.edu.pl/katedra-metrologii-i-optoelektroniki/research-area

in the group of optoelectronics the research is focused on the application of optoelectronic measurement methods to monitoring technical objects, environment and production processes. specifically, the topics of our research are:• Applicationofoptoelectronicmeasurementmethodsinscience,medicine,industryandecology.• Modelling,designandmakingopticalfibersensors.• Non-destructiveevaluationofphysicalobjectsusingopticalmethods.• Colorimetricandspectrophotometricevaluationofmaterialsandlightsources.• Performanceofinformationvisualizationsystemsandthesystemsforvirtualrealityenvironments.• Materialscience:synthesisandapplicationsofinnovativematerials(diamond,DLC,perovskits);physicalandchemicalmethodsofthin

film manufacturing for application in optoelectronics and microelectronics.• Applicationsofliquidcrystallinematerialsinmeasurementtechniques.• Spectralmeasurementmethodsinmaterialandmanufacturingprocesses

realised proJects

structured seMiconducting diaMond nanolayers used for opto-electro-sensor systeMsBudget: eur 240,000.00 Completion: June30,2016Funding: national science centre (ncn)

proJect description

diagnosis of the future will be revolutionary. 5–10 minute diagnostics will help to answer most of the questions the doctor and put a precise diagnosis. in these measurements the analysis required the use of high-speed, small sensor test fluid volume of micro- and nanoliters. it is often impossible or very expensive to obtain a larger volume of the analyte. developed as part of the technology of synthesis of diamond films enables the development of a new class of optoelectronic sensors combining two complementary features: optical and electrical activity. on this basis, it planned to build miniature sensors biomarkers (cancer / virus / bacteria) for use in mobile devices that do not require skilled personnel. direct reading optoelectronic and embedded software allow the physician and patient to fast (screening) and the highly sensitive recognition of the type of risk without involving a professional analytical laboratory. this will prevent the patient from unneeded expected or receipt of unnecessary drugs, and above all reduce the cost of treatment.


• SiuzdakK.,BogdanowiczR.,SawczakM.,SobaszekM.:EnhancedcapacitanceofcompositeTiO2nanotube/boron-dopeddiamondelec-trodes studied by impedance spectroscopy. nanoscale. vol. 7, (2015), p. 551–558.

• BogdanowiczR.,SobaszekM.,RylJ.,GnybaM.,FicekM.,GołuńskiŁ.,BockW.J.,ŚmietanaM.,DarowickiK.:Improvedsurfacecoverageofanopticalfibrewithnanocrystallinediamondbytheapplicationofdip-coatingseeding.Diamond&RelatedMaterials.vol.55,(2015),p.52–63.

06faculty of electronics, telecoMMunications and inforMaticsdepartMent of Metrology and optoelectronics group of optoelectronics

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contact person

Prof.JanuszSmulko +48 58 348 60 95 [email protected] http://pg.edu.pl/f4f4a06c58_janusz.smulko http://eti.pg.edu.pl/katedra-metrologii-i-optoelektroniki/main

136

research issues

• Activenoiseandvibrationcontrol• Eliminationofimpulsivedisturbancesfromaudiosignals• Identificationofnonstationarystochasticprocesses(bothsignalsandsystems).

realised proJects

active suppression of nonstationary narrowBand interferencesBudget: eur 115,000.00 completion: the project completed in 2015 Funding: national science centre (ncn)

a new approach to adaptive narrowband noise and vibration control was proposed. this new control solution, called sonic (self-optimizing narrowband interference canceller), has severaladvantages compared to the classical designs – it requires little prior knowledge of the controlled plant, due to parsimonious controller parametrization it works reliably without introducing additional dithering and, perhaps most importantly, it has much better tracking capa-bilities.

eliMination of iMpulsive disturBances froM audio signalsBudget: eur 91,000.00completion: the project completed in 2016 Funding: national science centre (ncn)

several new techniques of elimination of impulsive disturbances from archive audio files were proposed and explored, including bidirectional processing, matched filtering, sparse autoregressive modeling and vector autoregressive modeling. the new algorithms were successfully used for the purpose of restoration of archive audio recordings obtained from the, polish radio archives and polish national library archives (selected recordings with a historical value).

estiMation of covariance and spectral characteristics of locally stationary stochastic processesBudget: eur 86,000.00 completion: the ongoing project Funding: national science centre (ncn)

estimation bandwidth and model order are two important design parameters which should be carefully chosen to successfully identify (track)nonstationaryautoregressiveprocesses.WeshowthatbothtaskscanbeaccomplishedjointlyusingthegeneralizedAkaike’sfinalprediction error criterion and cross-validation techniques. the new approach can be used, among others, for the purpose of parametric esti-mation of spectrum of nonstationary stochastic processes.

06faculty of electronics, telecoMMunications and inforMaticsdepartMent of autoMatic control72

137


• M.Niedźwiecki,M.Meller,"Generalizedadaptivecombfilters/smoothersandtheirapplicationtotheidentificationofquasi-periodicallyvarying systems and signals", automatica, vol. 49, pp. 1601-1613, 2013.

• M.Meller,M.Niedźwiecki,"Multichannelself-optimizingnarrowbandinterferencecanceller",SignalProcessing,vol.98,pp.396-409,2014.

• M.Niedźwiecki,M.Ciołek,K.Cisowski,"Eliminationofimpulsivedisturbancesfromstereoaudiorecordingsusingvectorautoregressivemodelingandvariable-orderKalmanfiltering",IEEETransactionsonAudio,Speech,andLanguageProcessing,,vol.23,pp.970-981,2015.

• M.Niedźwiecki,M.Ciołek,“Newsemicausalandnoncausaltechniquesfordetectionofimpulsivedisturbancesinmultivariatesignalswith audio applications”, ieee transactions on signal processing, vol. 65, pp. 3881-3892, 2016.

• M.Niedźwiecki,M.Ciołek,Y.Kajikawa,“Onadaptivecovarianceandspectrumestimationoflocallystationarymultivariateprocesses”,automatica, vol. 83, pp. 1-12,, 2016.

contact person

Prof.MaciejNiedźwiecki +48 58 347 25 19 [email protected] http://pg.edu.pl/7e7e69ea33_maciej.niedzwiecki

138

research issues

navy sonar technology

in the late 1990s the department of Marine electronic systems took an initiative to modernise the sonar systems of the polish navy. the first modernisedsonarwasthehelicopterdippingsonar.ThismarkedthestartofmoremodernisationworkofthePolishNavy’ssonarsystems.Asaresult, between 2001 and 2017 the department of Marine electronic systems, had modernised over 30 military sonars of different types. the me-thodology applied for sonar modernisation was to design completely new systems using the existing on-board ultrasonic transducers including their mechanical elements. the designs used cutting-edge technology and digital signal processing methods. ThelatestR&Dworksarerelatedtotheimprovementofsilentsonarwithalowprobabilityofintercept.

realised proJects

• Themostimportantrealisation: – anti-submarine warfare dipping sonar – passive long-range anti-submarine warfare sonar with towed linear array – long-range anti-submarine warfare sonar with cylindrical array – Mine countermeasure hull-mounted sonar with flat array – Mine countermeasure side-scan sonar with dynamic beamwidth

control – silent sonar• Budget–overEUR15million• Funding–StategrantsandcontractswithMinistry of national defense (Mon)


• MarszalJ.etal.,MutualClutterSuppressionTechniquesforFMSonars,ArchivesofAcoustics,Vol.41(4),2016,721–729.

• MarszalJ.,DigitalSignalProcessingMethodsImplementedinPolishNavySonarModernization,PolishMaritimeResearch,Vol.21(2),2014,65–75.

• MarszalJ.,SalamonR.,DetectionRangeofInterceptSonarforCWFMSignals,ArchivesofAcoustics,Vol.39(2),2014,215–230.

• MarszalJ.,ExperimentalInvestigationofSilentSonar,ArchivesofAcoustics,Vol.39(1),2014,103–115.

• MarszalJ.,SalamonR.,DistanceMeasurementErrorsinSilentFM-CWSonarwithMatchedFiltering,MetrologyandMeasurementSystems,vol. XiX(2), 2012, 321–332

• KochańskaI.,NissenI.,MarszalJ.:Amethodfortestingthewide-sensestationaryuncorrelatedscatteringassumptionfulfillmentforanunderwateracousticchannel//JournaloftheAcousticalSocietyofAmerica.-Vol.143,iss.2(2018),s.1-5

contact person

JacekMarszal,Ph.D.,D.Sc. +48 58 347 25 11 [email protected] http://eti.pg.edu.pl/katedra-systemow-elektroniki-morskiej/main

06faculty of electronics, telecoMMunications and inforMaticsdepartMent of Marine electronic systeMs73

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research issues

the subject of research are the methods for automatically solving complex problems of vehicle routing with the use of heuristic and meta-heuristic algorithms. these problems occur in fleet management systems of transport companies and are np-difficult issues that are not solvable in an optimal manner in finite time. in practice, most general solutions are used to solve them, and are generally improved and adjusted to the specifics of the real problem by logistics specialists. the algorithms developed in the research team allow the automatic determination of suboptimal solutions for defined transport tasks. the research is performed with the cooperation of the sMe company Better solution s.a., which as an industrial entity defines the requirements from perspective of its business partners (e.g. fleet of vehicles with trailers, set of suppliers with loading points, time windows).

realised proJects

Multi-criteria routing algorithMs for vehicle fleet ManageMent systeM – fleet++Budget: eur 376,725.18 completion: 28.12.2016Funding: national centre for research and development (ncBir) – applied research programme (pBs)


• BrunieckiK.,ChybickiA.,MoszyńskiM.,BoneckiM.:Towards solving heterogeneous fleet vehicle routing problem with time windows and additional constraints: real use case study, proceedings of the 2016 Federated conference on computer science and information systems, 2016.

• BrunieckiK.,ChybickiA.,MoszyńskiM.,BoneckiM.:Evaluation of vehicle routing problem algorithms for transport logistics using dedicated gis system, 2016 Baltic geodetic congress (Bgc geomatics), 2016, ieee computer society; conference publishing services (cps).

contact person

Marek Moszyński, ph.d., d.sc. +48 58 348 61 41 [email protected] http://eti.pg.edu.pl/katedra-systemow-geoinformatycznych www.eti.pg.edu.pl

06faculty of electronics, telecoMMunications and inforMaticsdepartMent of geoinforMatics

group of geoinforMatic algorithMs74

an excerpt of the chart depicting the location of routes as planned by optimization algorithms. routes for individual vehicles are marked with

a different color, the headquarters of customers are also marked.

140

research issues

the subject of the research focuses on processing of earth observation data. in particular the activity is related to:• methodsofdataassimilationinnumericalweatherpredictionsystems,• advancedtechniquesofsatelliteimagingincludingmulti-sensorintegrationofobservationaldata• improvingearthsystemmodelsbyusingremotesensingderivedforcingdataandparameters.• developmentandanalysisofalgorithmsofcomputervisionforautomationofgeo-registeringandgeo-referencingoftheimageriesinphotogrammetric and remote sensing applications. • modellingofthegeometryofthesatelliteandairborneimagingsensors.• developmentandimplementationofmethodsandsystemsforintegrationoftherawstreamsofremotelysensedimagery(includingreal-time data) into the computer based geo-visualization systems.

realised proJects

developMent, testing, deMonstration and disseMination of innovative weB-Based geographical inforMation systeM for threat Monitoring, prediction, and risk analysis for the Municipal area (safe city gis)Budget: eur 172,755.00completion: 2012–2014Funding: european space agency in the course of the pecs programme


• ChybickiA.,KulawiakM.,ŁubniewskiZ.:Characterizingsurface and air temperature in the Baltic sea coastal area using remote sensing techniques and gis, polish Maritime research, vol. 23, iss. 1(89)(2016), s. 3–11.

• MarkiewiczŁ.,ChybickiA.,DrypczewskiK.,BrunieckiK., DąbrowskiJ.:OperationalEnhancementofNumericalWeather prediction with data from real-time satellite images, W: Marine navigation and safety of sea transportation: navigational Problems/ed.A.Weintrit.Leiden:Taylor&FrancisGroup,2013, p. 153–160.

contact person

andrzej chybicki, ph.d. +48 58 347 1326 [email protected] http://eti.pg.edu.pl/katedra-systemow-geoinformatycznych www.eti.pg.edu.pl

06faculty of electronics, telecoMMunications and inforMaticsdepartMent of geoinforMatics group of earth oBservation

75

remotely determined land classification for satellite observations

141

research issues

• SatelliteNavigationSystems(GNSS)includingdevelopmentofmobilenavigationsystemsforpedestrians(inanurbanarea)andmariti-me applications for sea navigation

• CombinedGPS/INS(InertialNavigationSystems)improvingpersonalnavigationinurbanarea,offeringahighdatarateandpositioningaccuracy, particularly when satellite availability is restricted

• CombinedGPS/GalileosystemsincreasingintegrityandaccuracyofexistingnavigationGNSSsystems.• 4-DimensionalGISapplicationsusingGNSSsystemsandSOLAP(SpatialOn-LineAnalyticalProcessing)focussedonmultidimensional

datasets

realised proJects

voice Maps ProjectconstitutesR&DprojectrealizedjointlywiththeindustrialpartnerOPEGIEKALtdintwophases:research phase and implementation phase. the project results in development of the prototype of mobile system supporting the navigation of blind in an urban area. the system was implemented by OPEGIEKALtd.,andbecomethesubjectofthepolish patent, and 8 papers, including 3 publishedinJCRjournals.

Budget: over eur 900,000.00 completion: the project successfully ended in 2014 Funding: national centre for research and development (ncBir)


group of gloBal navigation satellite systeM (gnss) applications76

sample of gnss satellite positioning and inertial navigation devices utilised in “voice Maps” project.

142


• DrypczewskiK.,MoszyńskiM.,DemkowiczJ.,BikonisK.,StepnowskiA.:DesignofthedualconstellationGPS/GALILEOmobiledeviceforimproving navigation of the visually impaired in an urban area, polish Maritime research. vol. 22, no. 4(88) (2015), p. 15–20.

• DrypczewskiK.,KamińskiŁ.,MarkiewiczŁ.,WiśniewskiB.,StepnowskiA.:RemoteSpatialDatabaseAccessintheNavigationSystemfortheBlind,MarineNavigationandSafetyofSeaTransportation:NavigationalProblems,ed.A.Weintrit.Leiden:Taylor&FrancisGroup,2013, p. 217–221.

• KamińskiŁ.,BrunieckiK.:Mobilenavigationsystemforvisuallyimpairedusersintheurbanenvironment,MetrologyandMeasurementsystems, vol. XiX, no. 2 (2012), p. 245–256.

• Patent:PolishPatentno.221494,giventoGdańskUniversityofTechnologyon25June2015for“Theapparatussupportingnavigationandmovementsofblindpersonsinanurbanarea”,authors:StepnowskiA.,KamińskiŁ.,ŁubniewskiZ.andKowalikR.

contact person

prof. andrzej stepnowski +48 58 347 25 25 [email protected] http://eti.pg.edu.pl/katedra-systemow-geoinformatycznych

143

research issues

Theteam'sresearchanddevelopmenteffortsfocusonthedesignandimplementationofdedicatedGeographicInformationSystemsfortheanalysis of geospatial phenomena in accordance to the principles of geovisual analytics. current research issues include applications of gis in homeland security (including threat simulation and risk assessment), monitoring and mapping of marine environment (including detection of harmful algae) and web-based three-dimensional data analysis, processing and visu-alization (including lidar point cloud shape reconstruction and seafloor and underwater objects imaging using sonar data).

realised proJects

developMent, testing, deMonstration and disseMination of innovative weB-Based geographical inforMation systeM for threat Monitoring, prediction, and risk analysis for the Municipal area (safe city gis)Budget: eur 172,755.00completion: 2012–2014Funding: european space agency (pecs programme)


group of dedicated geographic inforMation systeMs77

Figure 1. a simulation a 150kg tnt blast attack on the gdansk cen-tral railway station. the red circle denotes the area of structural da-mage, the orange one represents risk of lethal injuries, while yellow shows the risk of falling glass. structures affected by the explo-sion blast are coloured in red.

144


• KulawiakM.(2016).OperationalalgaebloomdetectionintheBalticSeausingGISandAVHRRdata.Baltica,29(1).

• ChybickiA.,KulawiakM.,ŁubniewskiZ.(2016).CharacterizingsurfaceandairtemperatureintheBalticSeacoastalareausingremotesensing techniques and gis. polish Maritime research, 23(1), 3–11.

• KulawiakM.,LubniewskiZ.(2016).ProcessingofLiDARandMultibeamSonarPointCloudDatafor3DSurfaceandObjectShapeRecon-struction. in Baltic geodetic congress (geomatics), pp. 187–190. ieee.

• MoszynskiM.,KulawiakM.,ChybickiA.,BrunieckiK.,BielińskiT.,ŁubniewskiZ.,StepnowskiA.(2015).Innovativeweb-basedgeographicinformation system for municipal areas and coastal zone security and threat monitoring using eo satellite data. Marine geodesy, 38(3), 203–224.

• KulawiakM.,LubniewskiZ.(2014).SafeCity—AGIS-basedtoolprofiledforsupportingdecisionmakinginurbandevelopmentandinfra-structure protection. technological Forecasting and social change, 89, 174–187.

contact person

ZbigniewŁubniewski,Ph.D.,D.Sc. +48 58 347 14 97 [email protected] http://eti.pg.edu.pl/katedra-systemow-geoinformatycznych

145

research issues

the department conducts research in the broad area of computer networking and information systems, covering topics such as design and performanceanalysisofwiredandwirelesscomputernetworks,cybersecurity,multilayernetworks’resilienceandQoSevaluation.

realised proJects

cost action ca15127-recodis (resilient communication services protecting end-user applications from disaster-based Failures)project involves over 170 researchers from 30 european countries. the main objective is to develop solutions to provide resilient communica-tions in the presence of disaster-based disruptions including natural disasters, technology-related failures or malicious attacks.

Budget: app. eur 570,000.00completion: February 2020Funding: cost association, Brussels, eu

reputation and trust Building in coMputer coMMunication systeMs under virtual anonyMity and Blind service provi-der selection

the project deals with reputation and trust building schemes in information and communication technology systems. We aim to create a systematic analytical framework for making resilient to strategic dishonest agent behaviour. We look for analytical foundations of various intuitions and tenets arising from the current state of the art, as well as for their constructive extension.

Budget: app. eur 75,000.00completion: 2017–2020 Funding: national science centre (ncn in polish)

netBaltic proJect: developMent of a heterogenous, self-organizing, BroadBand, MaritiMe coMMunication network for navigation security and e-navigation servicesthe project aims to develop a maritime communication system, capable of transparently utilizing diverse range of communication technologies.

Budget: app. eur 1,400,000.00 (eur 1,030,000.00 provided by national centre for research and development)completion: March 2018Funding: national centre for research and development (ncBir)

pl-laB2020: research infrastructure for horizon 2020the project was realized in years 2014–2015 by consortium of 6 polish scientific institutions, creating infrastructure of specialized research laboratories: Mobile and Wireless technology, sdn, infrastructure virtualization, cloud computing, iot.

Budget: eur 4,400,000.00 (with the eu support of over eur 3,500,000)completion: 2014–2015Funding: poig: national centre for research and development (ncBir) + eu

06faculty of electronics, telecoMMunications and inforMaticsdepartMent of coMputer coMMunications 78

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future internet engineeringthe project was realized in years 2010–2013 by consortium of 9 polish scientific institutions with the main goal of establishing a country-wi-de pl-laB research network infrastructure, allowing virtualization of networking resources deploying implementations of Future-internet paradigmsincluding:IPv6,IPQoSv6,StreamingTransfersandContextAwareInternet.

Budget: eur 9,400,000.00 (with the eu support of app. eur 8,000,000)completion: 2010–2013 Funding: poig: national centre for research and development (ncBir) + eu


• MyslitskiK.,RakJ.,KusznerŁ.:TowardFastCalculationofCommunicationPathsforResilientRouting.NETWORKS.vol.70/4(2017),pp.308–326.

• KonorskiJ.,SzottS.:CredibilityofThreatstoJamAnonymousTrafficRemappingAttacksinAdHocWLANs.IEEECOMMUNICATIONSletters. vol. 21/3 (2017), pp. 624–627.

• Uhl,T.,PaulsenS.,Nowicki,K.:NewApproachforDeterminingtheQoSofMP3-codedVoiceSignalsinIPNetworks.EURASIPJournalonaudio speech and Music processing. vol. 2017:1 (2017), pp. 1-9.

• HoeftM.,RakJ.:HowtoProvideFairServiceforV2ICommunicationsinVANETs?ADHOCNETWORKS.vol.37/2(2016),pp.283–294.

• WoźniakJ.:MobilityManagementSolutionsforCurrentIPandFutureNetworks.TELECOMMUNICATIONSYSTEMS.vol.61/2(2016),pp.257–275.

contact person

JacekRak,Ph.D.,D.Sc. [email protected] +48 58 347 16 60 http://eti.pg.edu.pl/katedra-teleinformatyki/main

147

research issues

• Modeling,design,optimizationandpracticalimplementationofsemiconductordevicesandmixedanalog/digitalintegratedCMOScircuits.

• DesignandhardwareimplementationofintegratedsensornetworksinFPGAandASICs.• Developmentofnumerically-efficientmethodsformulti-criterionoptimizationandmodelingofelectronicsystemsofhighcomputatio-

nal complexity, e.g. microwave passive circuits or antenna structures.

realised proJects

efficient Modeling and optiMization techniques for solving coMputationally expensive engineering design pro-BleMs Budget: 213,910.00 eurcompletion: 2019Funding: national science centre (ncn), opus 9 scheme

Methods of autoMatic synthesis of optiMal coMpact cells for design of Miniaturized Microwave circuitsBudget: 22,660.00 eurcompletion: 2018Funding: national science centre (ncn), preludiuM 10 scheme

expedited design of coMpact Microwave and rf structuresBudget: 141,100.00 eurcompletion: 2018Funding: national science centre (ncn), opus 8 scheme

expedite eM-driven Multi-oBJective antenna design using surrogate-Based optiMizationBudget: 119,900.00 eurcompletion: 2017Funding: national science centre (ncn), opus 6 scheme

cMos sensor with sMart grid of pixels of layered structure for fast acquisition and siMultaneous extraction of inforMation froM iMageBudget: 189,860.00 eurcompletion: 2020Funding: national science centre (ncn), opus 12 scheme

advanced, specialized cMos integrated circuits were developed for applications such as high-speed low-power analog image processing, as well as multi-processor system on chip integrated circuits for traffic monitoring. also integrated low power wireless sensor modules for medical endoscopy applications were developed. Moreover, the methods of efficient numerical multi-criterion optimization for modeling and design of electronic systems with high computational complexity, e.g. microwave passive circuits or antenna structures, were worked-out. re-search works were carried out in cooperation with scientists from european and american academic institutions. the results were published inreputableJCRjournals(over70publications)andthesepublicationswerethesubjectofnumerouscitations.

06faculty of electronics, telecoMMunications and inforMaticsdepartMent of Microelectronic systeMs

group of Microelectronic systeMs, circuits and devices79

148


• S.Koziel,A.T.Sigurdsson,S.Szczepanski,UniformSamplinginConstrainedDomainsforLow-CostSurrogateModelingofAntennaInputcharacteristics, ieee antennas and Wireless propagation letters, vol. 17, pp. 164–167, 2018.

• M.Kłosowski,W.Jendernalik,J.Jakusz,G.Blakiewicz,S.Szczepański,"ACMOSPixelWithEmbeddedADC,DigitalCDSandGainCorrectioncapability for Massively parallel imaging array", ieee transactions on circuits and systems-i: regular papers, vol. 64, no. 1, pp. 38–49, 2017.

• JendernalikW.,"AnUltra-Low-EnergyAnalogComparatorforA/DConvertersinCMOSImageSensors",CircuitsSystemsandSignalProces-sing, vol. 36, iss. 12, pp. 4829–4843, 2017.

• S.Koziel,A.Bekasiewicz,"Rapidsimulation-drivenmultiobjectivedesignoptimizationofdecomposablecompactmicrowavepassives",ieee transactions on Microwave theory and techniques, vol. 64, no. 8, pp. 2454–2461, 2016.

• S.Koziel,A.Bekasiewicz,"Multi-objectiveoptimizationofexpensiveelectromagneticsimulationmodels",AppliedSoftComputing,vol.47, pp. 332–342, 2016.

• T.Kulej,G.Blakiewicz,"A0.5-Vbulk-drivenvoltagefollower/DClevelshifteranditsapplicationinclassABoutputstage",InternationalJournalofCircuitTheoryandApplications,vol.43,iss.11,pp.1566–1580,2015.

contact person

PiotrPłotka,Ph.D.,D.Sc. +48 58 347 16 34 [email protected] https://eti.pg.edu.pl/katedra-systemow-mikroelektronicznych/main

149

research issues

the research carried out in the field of multimedia technology comprises recording, transmission and processing of sound and vision em-ploying novel applications of computational methods of artificial intelligence to data processing. AmongtheDepartment'sR&Dachievementstherearemanypracticalimplementationsofresearchresultsinthedomainofmultimediatech-nology to: security, medical care, and human-computer communication. the department is involved in several projects related to developing teleinformatic tools supplementing functions of hitherto existing surveillance systems. research and experiments are carried out also in the domain of biometrics. a pioneering solution has been designed which makes it easier to determine the degree of awareness of people in vegetative states, named cybereye. currently, cybereye employing gaze tracking and electroencephalography is an vital part of the setup involving integrated multimodal system for diagnosis and for polysensory stimulation of non-communicating patients after severe brain injuries.

06faculty of electronics, telecoMMunications and inforMaticsdepartMent of Microelectronic systeMs

departMent of MultiMedia systeMs80

realised proJects

copcaMs – cognitive & perceptive caMerasthe project was realized by consortium involving 22 partners. Budget: eur 1,000,000.00 completion: 30.09.2016Funding: eu/ national centre for research and development (ncBir)

ident – MultiModal BioMetric systeM for the verification of the Bank client identityTheprojectwasrealizedbytheconsortiumofPKOBPandMicrosystemCo.Ltd.Budget: eur 2,350,000.00 completion: 31.12.2017Funding: national centre for research and development (ncBir)

150

hciBrain – Methods of huMan-coMputer coMMunication to diagnose and to stiMulate patients with severe trauMatic Brain inJuriesBudget: eur 240,000.00completion: 15.07.2018Funding: national science centre (ncn)

alofon – audiovisual speech transcription MethodBudget: eur 235,000.00completion: 18.02.2019Funding: national science centre (ncn)


• ŁopatkaK.,CzyżewskiA.:Accelerationofdecisionmakinginsoundeventrecognitionemployingsupercomputingcluster,J.Inf.Sci.,vol.285, pp. 223–236, 2014.

• CzyżewskiA.,BratoszewskiP.,CiarkowskiA.,CichowskiJ.,LisowskiK.,SzczodrakM.,SzwochG.,KrawczykH.:Massivesurveillancedataprocessingwithsupercomputingcluster,J.Inf.Sci.,vol.296,pp.322–344,2015.

• LechM.,KostekB.:TestingANovelGesture-BasedMixingInterface,J.AudioEng.Soc.,vol.61,no.5,pp.301–313,2015.

contact person

Prof.AndrzejCzyżewski +48 58 347 13 01 [email protected] http://www.multimed.org/

151

research issues

at the turn of 2010–2018 the department launched the environmental wireless communication laboratory for special applications, where an advanced research and implementation work is carried out. in this laboratory, the following system and solutions had been developed: wire-less remote demonstrator for monitoring environmental hazard, mobile spread spectrum signal detector, asynchronous radio localization system (aegir), demonstrator for analyzing selected cellular systems, automatic radio localization system for special applications (salon), electromagnetic curtain demonstrator (aegis), and innovative method of locating the aircraft in the distributed vcs system.

realised proJects

the concept and iMpleMentation of inforMation integration in distriButed eleMents of the data exchange systeM for polish Border guardBudget: eur 1,400,000.00completion: 21.10.2015Funding: national centre for research and development (ncBir)

systeM for reMote Monitoring of people's positions in closed environMentsBudget: eur 950,000.00completion: 22.06.2016Funding: national centre for research and development (ncBir)

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high-speed MultiMedia data transMission systeM for the protection of MaritiMe national BordersBudget: eur 1,100,000.00completion: 21.12.2017Funding: national centre for research and development (ncBir)

MoBile device for generating an electroMagnetic curtainBudget: eur 570,000.00completion: 12.12.2019Funding: national centre for research and development (ncBir)

innovative Method of locating the aircraft in the distriButed vcs systeMBudget: eur 950,000.00completion: 30.06.2020Funding: national centre for research and development (ncBir)


• GajewskiS.:Soft–PartialFrequencyReuseMethodforLTE-A,Radioengineering,vol.26,iss.1,p.359–368,2017.

• SadowskiJ.,StefańskiJ.,AsynchronousPhase-LocationSystem,JournalofMarineEngineeringandTechnology,p.1–9,2017.

• TurbićK.,AmbroziakS.,CorreiaL.,CharacteristicsofthePolarisedOff-BodyChannelinIndoorEnvironments,EURASIPJournalonWirelesscommunications and networking, vol. 2017, iss. 1 p. 1–15, 2017.

• AmbroziakS.J.,CorreiaL.M.,KatulskiR.J.,MackowiakM.,OliveiraC.,SadowskiJ.,TurbicK.:AnOff-BodyChannelModelforBodyAreanetworks in indoor environments, ieee transactions on antennas and propagation, vol. 64, no. 9, p. 4022–4035, 2016.

• StefańskiJ.:AsynchronousTimeDifferenceofArrival(ATDOA)Method,PervasiveandMobileComputing,vol.23,p.80–88,2015.

• MagieraJ.,KatulskiR.:DetectionandMitigationofGPSSpoofingBasedonAntennaArrayProcessing,JournalofAppliedResearchandtechnology, vol. 13., no. 1, p. 45–57, 2015.

contact person

JacekStefański,Ph.D.,D.Sc. +48 58 347 15 66 [email protected] http://eti.pg.edu.pl/katedra-systemow-i-sieci-radiokomunikacyjnych/main

153

research issues

area: networks, systems and multimedia services. electronic and optical transmission and switching technologies. analysis, synthesis, con-trol, teletraffic, quality and security in telecommunications. description: research is focused on the global information infrastructures for the information society with access to the information thro-ugh multimedia services. investigated infrastructures include access and core networks, related transmission and switching technologies and transport services. Fulfilment of qualitative parameters for multimedia services requires functional and quantitative design of network and systemsarchitectures,e.g.forTDM,IPQoS,GMPLS,OTN,DWDM,SDN.Designiscoveringthecontrolandthetransportplane.Modelsandmethods of designing and dimensioning for control function realization, for signaling systems, for applications and services and for connec-tions control, like e.g. in iMs/ngn. determination of structures and resources in the transport plane require the methods of dimensioning, which take into consideration quality, routing and resources management. resources usage optimization and assurance of transmission quality demand methods of digital processing of telecommunications signals. secure information transmission and secure access to the information require methods of encoding, cryptography, steganography and watermarking.

realised proJects

the concept and iMpleMentation of inforMation integration in distriButed eleMents of the data exchange systeM of Border guardthe project was realized by consortium with dgt laB (Weti pg was a leader) and co-financed by national centre for research and develop-ment(NCBiR),(6063400,00/6813400,00/31.01.2016/KONSOLA).

Budget: eur 1,610,000.00completion: 31.01.2016Funding: national centre for research and development (ncBir)

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154

streaM-oriented data transMission of the real tiMe in distriButed dispatcher and teleinforMatic systeMs of Border guard the project is currently realized by consortium with dgt laB and nordcom (Weti pg is a leader) and co-financed by national centre for research and development (ncBir), (4,700,000.00/ 5,312,500.00/ 22.03.2018/ stradar).

Budget: eur 1,255,000.00completion: 22.03.2018Funding: national centre for research and development (ncBir)

Most iMportant puBlications • M.Blok,S.Kaczmarek,M.Narloch,M.Sac,ThecentralserveroftheBorderGuard’sdistributedmultimediasystemformonitoringand

visualisationofongoingandarchivalevents,JournalofMarineEngineering&Technology.ISSN:2046-4177(Print)2056-8487(Online),vol.16, 2017, issue 4, p. 257–272.

• M.Blok,S.Kaczmarek,M.Młynarczuk,M.Narloch,Mapserver–informationflowmanagementsoftwarefortheborderguarddistributeddata exchange system, polish Maritime research. vol. 23, no. 3(91) (2016), p. 13–21.

• B.Czaplewski,R.Rykaczewski,Matrix-basedrobustjointfingerprintinganddecryptionmethodformulticastdistributionofmultimedia,signal processing. vol. 111, (2015), p. 150–166.

contact person

SylwesterKaczmarek,Ph.D.,D.Sc. +48 58 347 27 67 [email protected] https://eti.pg.edu.pl/katedra-sieci-teleinformacyjnych/main

155

07faculty of ManageMent and econoMics

157

research issues

consequences and challenges of gradually aging society – Macro- and Micro-econoMic perspective

the team works on interdisciplinary research. the researchers deal with macroeconomic and social issues re-lated, among other things, to the changes in the labor market determined by the increasing number and share of the total population of people in the retirement period, pension reforms and their importance to the polish economy, social activity, including education at the age of 60 and over or the organization of care for the elderly. their analyses also include the management area: age management and managing age diverse groups, the opportunities and determinants of intergenerational cooperation and the entrepreneurship of people in the retirement period, including willingness of entrepreneurs aged 55 and over to develop their businesses. Members of the team parti-cipated in the implementation of international projects devoted to the diagnosis of the situation of people in the retirement period in the labor market, and worked out ways to maintain and increase their professional activity, including such projects as: Mayday (iW EQUAL),BestAgers,BestAgersLighthousesandQuickIGA(BalticSeaRegionProgramme2007–2013).Thescientificachievementsofthe team members include numerous publications devoted to issues related to aging, organization and participation in national and international scientific conferences on these issues, as well as expert and advisory activities.

the research and its results make an important contribution to the development of economic sciences and to the general knowledge of the consequences and challenges of aging. these studies are important not only due to their scientific value, but also because of the socio-economic policy of the state where the results can constitute an important reference point.


• GrzesiakM.,OlczykM.,Richert-KaźmierskaA.,StarnawskaM.:WomenandelderlyontheBSRlabourmar-ket-goodpractices'analysisandtransfer. hamburg: Baltic sea academy e.v., 2014.

• Richert-KaźmierskaA.:AgingofSociety–LocalDisparities.ClassificationofthePomorskieVoivodshipCommunesAccordingtothePaceandProgressofLocalCommunities’Aging,Vol.15,iss.1(2017),53–65.

• Richert-KaźmierskaA.,StankiewiczK.:Work-lifebalance:Doesagematter?WORK-AJOURNALOFPRE-VENTIONASSESSMENT&REHABILI-tation. vol. 55, iss. 3 (2016), 679–688.

• Richert-KaźmierskaA.:AgeingWorkforce–aChallengeforOrganizations.SOCIALSCIENCES/SOCIALINIAIMOKSLAI,Vol.89,iss.3(2015),33–50.

• Richert-KaźmierskaA.:DemographicChangesinPoland–TheRegionalDimension,EQUILIBRIUM.Vol.10,iss.1(2015),113–128.

research proJect

Best agers lighthouses – strategic age ManageMent for sMe in the Baltic region

Budget: total project budget: eur 1,650,975.00 (12 project partners) GdańskUniversityofTechnology–Partner’sbudget:EUR124,780.00duration: 2012–2014Funding: Baltic sea region programme 2007–2013Projectleader: AnitaRichert-Kaźmierska,Ph.D.

07faculty of ManageMent and econoMicsdepartMent of entrepreneurship and Business law

departMent of ManageMent departMent of econoMic sciences

departMent of econoMic analysis and finance

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158

contact person

AnitaRichert-Kaźmierska,Ph.D. [email protected]

Marcin Forkiewicz, ph.d.

MałgorzataGawrycka,Ph.D.,D.Sc.

Marzena grzesiak, ph.d.

ewa lechman, ph.d., d.sc.

Magdalena popowska, ph.d.

KatarzynaStankiewicz,Ph.D.

andrzej szuwarzyński, ph.d.

KatarzynaTubielewicz,Ph.D.

JulitaWasilczuk,Ph.D.,D.Sc.

MałgorzataZięba,Ph.D.

159

research issues

decisive dna and set of experience – tools for intelligent ManageMent of knowledge and experience in the age of cognitive internet of things and cyBernetic-physical systeMs.

prof. e. szczerbicki and his team have created an innovative approach to knowledge representation, which the authors called "decisional dna". the idea is simple and tries to imitate the processes of learning and obtaining knowledge that occur in nature – as we gather our expe-rience during our lives, we memorise it, use it when we need to make a decision and pass it through biological dna to the next generations. Prof.Szczerbicki’steamproposessimilarmechanismsforartificialthingsandsystemsfunctioningincertainlifecycles.DecisionalDNA(ddna) built during the life cycle of artificial systems allows for the accumulation of experience called sets of experience (soe) and manage-ment of this experience. each set of soes describing concrete practical "experience" consists of four elements (variables, functions, constra-ints, and rules) and is a component of the ddna chain created by joining the successive experiences.


• ShafiqS.,SaninC.,SzczerbickiE.,ToroC.:Towardsanexperiencebasedcollectivecomputationalintelli-genceformanufacturing,FUTUREGENERATIONCOMPUTERSYSTEMS-THEIN-TERNATIONALJOURNALOFGRIDCOMPUTING-THEORYMETHODSANDAPPLICATIONS,Vol.66(2017), 89–99.

• ZhangH.,SaninC.,SzczerbickiE.:TowardsneuralknowledgeDNA,JOURNALOFINTELLIGENTANDFUZZYSYSTEMS,Vol.32,iss.2(2017):1575–1584.

• ZhangH.,SaninC.,SzczerbickiE.:WhenNeuralNetworksMeetDecisionalDNA:APromisingNewPer-spectiveforKnowledgeRepresenta-tion and sharing, cyBernetics and systeMs. vol. 47, iss. 1–2 (2016), 140–148.

• SzczerbickiE.,SaninC.:Virtualengineeringprocess(VEP):aknowledgerepresentationapproachforbuild-ingbio-inspireddistributedmanufacturingDNA,INTERNATIONALJOURNALOFPRODUCTIONRESEARCH.Vol.54,iss.23(2016),7129–7142.

• ZhangH.,SaninC.,SzczerbickiE.:ApplyingDecisionalDNAtoInternetofThings:TheConceptandInitialCaseStudy,CYBERNETICSANDsysteMs. vol. 46, iss. 1–2 (2015), 84–93.

contact person

prof. edward szczerbicki, Faculty of Management and economics, gut, team leader [email protected]

AleksanderOrłowski,Ph.D.,FacultyofManagementandEconomics,GUT [email protected]

Prof.ThanhNguyen,WrocławUniversityofScienceandTechnologyprof. Manuel grana, Basque country university (spain)cesar sanin, ph.d. the university of newcastle (australia)carlos toro, ph.d. vicomtech research institute (spain)prof. imran shafiq, the university of new delhi (india)prof. haxi Zhang, chengdu university of information technology (china)

07faculty of ManageMent and econoMicsdepartMent of ManageMent

84

160

research issues

digital transforMationresearch conducted in this area refers to the so-called digital transformation, and concerns the processes of ict diffusion, the determinants of this process, and its implications for socio-economic development. the team also undertakes research on identifying pathways for the spread of new technologies, implementing e-government solutions, addressing the security issues of global technology networks and digital security.

the team members are involved in a number of international research grants and are professionally associated with international research in-stitutions(e.g.UN,ENISA).Resultsoftheirworkappearintheworld'sleadingre-searchpublications.Theirworkisofaninterdisciplinarynatureandisofrelevancetothedesignofthestate'slong-termeconomicpolicy.

research proJects

ict diffusion traJectories – deterMinants and iMplications for econoMic developMent. new theoretical approach and eMpirical analysis resultsBudget: 153,000.00 plnduration: 2016–2019Funding: national science centre (ncn)project leader: ewa lechman, ph.d., d.sc.

densek – distriButed energy security knowledgeBudget: 97,331.74 eurduration: 2013–2015Funding: european commission directorate – general for home affairs (dg hoMe)Projectleader: RafałLeszczyna,Ph.D.


• LeszczynaR.:CybersecurityandPrivacyinStandardsforSmartGrids–aComprehensiveSurvey,COM-PUTERSTANDARDS&INTERFACES,volume 56, February 2018, 62–73.

• JanowskiT.:ImplementingSustainableDevelopmentGoalswithDigitalGovernment–Aspiration-capacitygap,GOVERNMENTINFORMA-TIONQUARTERLY.Vol.33,iss.4(2016),603–613.

• LeszczynaR.:ApproachingSecureIndustrialControlSystems,IETINFORMATIONSECURITY.Vol.9,iss.1(2015),81–89• LechmanE.:TECHNOLOGICALSUBSTITUTIONINASIA.London:Routledge,2018.• LechmanE.:THEDIFFUSIONOFINFORMATIONANDCOMMUNICATIONTECHNOLOGIES.NewYork/London:Routledge,2018.• LechmanE.:ICTDIFFUSIONINDEVELOPINGCOUNTRIES.TOWARDSTHENEWCONCEPTOFTECHNOLOGICALTAKEOFF.SpringerInternatio-

nal publishing 2015.

contact person

EwaLechman,Ph.D.,D.Sc. TomaszJanowski,Ph.D. RafałLeszczyna,Ph.D. [email protected] [email protected] [email protected]

07faculty of ManageMent and econoMicsdepartMent of applied inforMatics in ManageMent departMent of econoMic sciences

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161

research issues

tertiary education researchthe team is conducting research at the Faculty of Management and economics. the research concerns the assessment of effectiveness and productiveness of universities making use of non-parametric methods, which enables establishing the factors causing inefficiency of the university functioning and suggesting recommenda-tions for the state policy related to the ways of eliminating them.

the research concerns the relations of university with subjects around, which allows to answer the questions: how to manage the relations so that they are the source of gaining competitive advantage and what elements have significant influence on success in managing relations on the university educational services market. the team also undertakes activities concerning compatibility of educational policy with the expectations of the labour market and issues connected with lifelong learning as the basis of the growth of flexibility of the society on the labour market. another area of research are the concepts of managing universities taking into account strategic paradoxes, possibilities of competing of universities and also enriching their third mission.

research proJects

scientific productivity of puBlic higher education institutions in polandduration: 2010–2012Funding: own project, Ministry of science and higher education (MnisW)Projectleader: JoannaWolszczak-Derlacz,Ph.D.,D.Sc.


• Wolszczak-DerlaczJ.:Anevaluationandexplanationof(in)efficiencyinhighereducationinstitutionsinEuropeandtheU.S.withtheapplication of two-stage semi-parametric dea, research policy, vol. 46, iss. 9 (2017), 1595–1605.

• Wolszczak-DerlaczJ.:AssessmentofTFPinEuropeanandAmericanhighereducationinstitutions–applicationofMalmquistindices,technological and economic development of economy (2016), 1–22.

• AgasistiT.,Wolszczak-DerlaczJ.:ExploringefficiencydifferentialsbetweenItalianandPolishuniversities2001-2011,SCIENCEANDPUBLICpolicy, vol. 43, iss. 1 (2016), 128–142.

• LejaK.,KolaA.:TheFutureoftheUniversity?SocialActivismamongYoungPolishScholars,THEFUTUREOFUNIVERSITYEDUCATION,ed.M.Izak,M.Kostera,M.Zawadzki:SpringerInternationalPublishing,2017,123–144.

• KolaA.,LejaK.:TheThirdSectorintheUniversities’ThirdMission,MANAGEMENTANDCULTUREOFTHEUNIVERSITY,ed.ŁukaszSułkow-ski : peter lang, 2017, 99–125.

contact person

KrzysztofLeja,Ph.D.,D.Sc. JoannaWolszczak-Derlacz,Ph.D.,D.Sc. [email protected] [email protected]

andrzej szuwarzyński, ph.d. anna drapińska ph.d. [email protected] [email protected]

07faculty of ManageMent and econoMicsdepartMent of ManageMent

departMent of econoMic sciences departMent of Marketing

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162

research issues

sMall Business in econoMy: sMe deMography, ManageMent and developMent

the team consists of researchers from the chair of economics and the chair of entrepreneurship and Business law at the Faculty of Management and economics, gdańsk university of technology. the main research topic is broadly defined as functioning of sMe (small and Medium-sized enterprises) sector in poland. the research is conducted taking into account especially pomera-nian voivodship. the team has participated in designing and result developing of subsequent editions of pomeranian economic observatory which is a cyclic research of pomeranian sMe (small and Medium-sized enterprises) sector.

the research is conducted on a representative sample of over 2000 enterprises with the use of a unique re-search method. Basing on the results the team develops instructions and recommendations for the local authorities concerning the defining of the policy of supporting the development of small and Medium-sized enterprises sector. other topics explored by the team members are, among others, unproductive entrepreneurial activities, social enterprise and nascent entrepreneurship that is an early stage of forming new companies.

research proJect

internationalisation of sMall and MediuM-sized enterprises operating in high-tech industries

duration: 2014–2015Funding: national science centre (ncn)project leader: nelly daszkiewicz, ph.d., d.sc.

the developMent conditioning of social enterprise in poMeranian voivodeship

duration: 2012–2017Funding: national science centre (ncn)project leader: Marzena starnawska, ph.d.

unproductive (destructive) entrepreneurial activities

duration: 2010–2015Funding: own project, Ministry of science and higher education (MnisW)project leader: prof. piotr dominiak


• LechmanE.,DominiakP.:EntrepreneurshipVulnerabilitytoBusinessCycle.ANewMethodologyforIdentificationPro-cyclicalandcounter-cyclical patterns of entrepreneurial activity, W: advancing research in entrepreneurship in the global context, 2016, cracow university of economics

07faculty of ManageMent and econoMicsdepartMent of econoMic sciences departMent of entrepreneurship and Business law

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163

• WasilczukJ.:Gender,educationandmotivationofownersofsmallfirmsandtheirgrowth,W:Entrepreneur-ialeconomics:Selectedtopicsforcontemporaryentrepreneurs,ed.MarkoKolakovicZagrzeb:UniversityofZagreb,2016,21-32

• StarnawskaM.:SocialEntrepreneurshipAvenuesfortheFieldDevelopmentthroughResearchParadigmIntersectionDiscussion//Huma-nities and social sciences. vol. XXi, iss. 4 (2016), 245-255

• DaszkiewiczN.:ForeignEntryModesofHigh-techFirmsinPoland.StudiaUniversitatisBabes-Bolyai.Negotia,2017,Vol.62,iss.2,23–34.

contact person

prof. piotr dominiak [email protected]

JulitaWasilczuk,Ph.D.,D.Sc. [email protected]

KrzysztofZięba,Ph.D.,D.Sc. [email protected]

nelly daszkiewicz, ph.d., d.sc. [email protected]

Marzena starnawska, ph.d. [email protected]

164

research issues

seas-survey on entrepreneurial attitudes of students

tthe team examines the entrepreneurial attitudes of students starting their studies at the Faculty of Management and economics. the re-search has been conducted since 2008 and all students starting their studies at the Fac-ulty, at both first cycle and second cycle studies, take part in it. the research is repeated at the end of the full study cycle, during the last semester. the entry survey of each student is compared with the exit survey. the long-term character of the survey enables the comparison of changes which occurred in the young generation. at the same time the possibility of comparison of changes in the entry/exit mode shows the changes which develop in the attitudes of particular individuals. the surveys include questions which enable the analysis of the self-efficacy of students, their entrepreneurial motivation, expectations concerning support (also in the area of knowledge and skills) and relations between entrepreneurial attitudes and demographic factors (gender, geo-graphical and social background). at present we are considering incorporating a British research team.

research proJect

when faith in your own skills can Bring failure. the iMportance of different factors of self-efficacy as-sessMent of Beginner entrepreneurs for Making decisions and for the proBaBility of Being successful

duration: 2012–2015 Projectleader: KrzysztofZięba,Ph.D.,D.Sc.


• ZiemiańskiP.,StankiewiczK.:AttitudestowardsCollaborationinMulticulturalTeamsintheopinionofPolishandChineseStudents,JOURNALOFINTERCULTURALMANAGEMENT,Vol.8.,iss.3(2016),139–160.

• StankiewiczK.,ZiemiańskiP.:ToWorkorNottoWork…inaMulticulturalTeam?,JOURNALOFINTER-CULTURALMANAGEMENT,Vol.7,iss.4 (2016), 101–112.

• WasilczukJ.:Researchonentrepreneurship–theformsofentrepreneurship,STUDIAIMATERIAŁY.WYDZIAŁZARZĄDZANIAUNIWERSYTE-TUWARSZAWSKIEGOnr.1(27)(2017),14–26.

• ZiębaK.,GolikJ.:ManagerialEducationandEntrepreneurialAttitudesofStudents:IsThereaLink?,PRZEDSIĘBIORCZOŚĆIZARZĄDZA-nie, vol. 18., iss. 12 part i (2017), 61–76.

contact person

JulitaWasilczuk,Ph.D.,D.Sc KrzysztofZięba,Ph.D.,D.Sc..

[email protected] [email protected]

PawełZiemiański,Ph.D. KatarzynaStankiewicz,Ph.D.

[email protected] [email protected]

07faculty of ManageMent and econoMicsdepartMent of entrepreneurship and Business law 88

165

research issues

research into sMart cities processes

Whileconductingresearchontheprocessesofmunicipalmanagement,AleksanderOrłowski,Ph.D.createdaninterdisciplinaryteamtoevaluate the usefulness of the smart cities concept for polish cities. interdisciplinary knowledge and competence is a key element of smart development. to achieve this, the team leader has in-volved partners representing competence in the fields of technology, environmental protection,socialsciences,architectureandknowledgemanagement(inthisfieldheusedProf.Szczerbicki’sachievements).Aspartofthework carried out, ten city offices were surveyed, and in-depth interviews with key people were conducted: city presidents, secretaries and de-partment heads. the research, apart from the scientific aspect, also has a very strong practical application, which is shown by great interest of businesses in the results. the smart cities methodology has not been uniquely defined, but it is widely used and is associated with very large amounts of money dedicated to investing with this motto.


• OrłowskiA.,MarćM.,NamieśnikJ.,TobiszewskiM.:AssessmentandOptimizationofAirMonitoringNetworkforSmartCitieswithMulti-criteria decision analysis, W: 9th asian conference on intelligent information and database systems (aciids), 2017, springer.

• OrłowskiC.,ZiółkowskiA.,OrłowskiA.,KapłańskiP.,SitekT.,PokrzywnickiW.:High-LevelModelfortheDesignofKPIsforSmartCitiessystems, lncs transactions on coMputational collective intelligence, vol. 9990, (2016), 1–14.

• TobiszewskiM.,Pena-PereiraF.,OrłowskiA.,NamieśnikJ.:Astandardanalyticalmethodasthecommongoodandpollutionabatementmeasure, trac-trends in analytical cheMistry, vol. 80, (2016), 321–327.

• TobiszewskiM.,OrłowskiA.:Multicriteriadecisionanalysisinrankingofanalyticalproceduresforaldrindeterminationinwater,JOUR-nal oF chroMatography a, vol. 1387, (2015), 116–122.

contact person

AleksanderOrłowski,Ph.D.,FacultyofManagementandEconomics,GUT [email protected] prof. edward szczerbicki, university of newcastle, australia; Faculty of Management and economics, gutMarek tobiszewski, ph.d., d.sc., Faculty of chemistry, gutPawełMrozek,M.Sc.,FacultyofArchitecture,GUT

07faculty of ManageMent and econoMicsdepartMent of ManageMent 89

166

07research issues

inforMation and Market knowledge and iMpleMentation of new products

the aim of the study is to establish the relationship between the use of market information and knowledge, the novelty of the product and its adaptation to the needs of buyers and the success and competitive advantage of the product. the survey is nationwide and is conducted on a random sample of national medium and high tech companies. With the help of the specially designed measuring instrument, infor-ma¬tion on 374 projects of new products implemented in the surveyed companies was collected. data analysis consists in verifying hypothe-ses by using structural equation models using latent variables. a report has been prepared for the companies that have participated in the study and have provided information about their projects. sample conclusions from this study are as follows: • thechallengeforhigh-techandmid-techcompaniesistoplananddesignproductsthatwill,ontheonehand,betailoredtotheneeds

and expectations of buyers and, on the other hand, will have a high level of innovation, • Inthehigh-techandmid-hightechsector,theinnovationofanewproduct,understoodasitsextraordinaryorunconventionalfeatures,

is a very important factor in its competitive advantage.


• DąbrowskiD.:SourcesofMarketInformation,ItsQualityandNewProductFinancialPerformance//InzinerineEkonomika-Engineeringeconomics. -vol. 29, iss. 1 (2018), s.115-122

contact person

DariuszDąbrowski,Ph.D.,D.Sc. [email protected],M.Sc.

faculty of ManageMent and econoMicsdepartMent of Marketing90

167

research issues

Market orientation and Marketing activities and hotel results

AresearchteamconsistingofstafffromtheMarketingDepartmentconductsastudytodeterminetherelationshipbetweenthehotel'smarket orientation, the marketing activities and potential of the hotel, and the results achieved, both in terms of retention (maintenance) of hotel guests and the effectiveness of business objectives. the survey is nationwide and is conducted on a random sample of hotel operators. data was collected and a report was sent to the hotels taking part in the survey. the results of the study are interesting because mediating effects were detected. it turns out that, for example, retention of hotel guests acts as a mediator between some components of the market orientationorsomemarketingactivitiesandtheeffectivenessofthehotel'scommercialgoals.Itisthereforeafactorexplainingtheimpactof some components of market orientation or marketing on the market outcome of the hotel. the results will be published successively in scientific journals.

contact person

DariuszDąbrowski,Ph.D.,D.Sc. [email protected]ś,Ph.D.EdytaGołąb-Andrzejak,Ph.D.agnieszka Firgolska, M.sc.

07faculty of ManageMent and econoMicsdepartMent of Marketing 91

168

07faculty of ManageMent and econoMicsdepartMent of Marketing92

research issues

influence of the innovative character and Benefits of the product on integration of consuMer purchase

the research is carried out by an inter-university team, consisting of employees of gdańsk university of technology and poznan university of economics. its purpose is empirical verification of the impact of product innovation and the perceived benefits of the product on the consumers’intentionofpurchase.Theaimoftheresearchistoseektheeffectsofmoderatingself-regulationofconsumerorientationandindividual innovation in relation to established relationships. the relationship discussed is between, on the one hand, the benefits of the product (expressed in the form of hedonistic and utilitarian values), innovation of the product (expressed in its originality and adaptation to the needs of the purchasers) and, on the other hand, consumer attitudes towards the product and intention to buy. a research model and measuring instrument have been developed that are being tested in the studied population by qualitative interview. once verified, this instrument will be used to collect data on eight prepared concepts for new products – offering different hedonic and utili-tarian benefits and different levels of innovation – coming from two different product categories.

contact person

DariuszDąbrowski,Ph.D.,D.Sc. [email protected]śkowski,Ph.D.,D.Sc.poznań university of economics and Business EdytaGołąb-Andrzejak,Ph.D.agnieszka Firgolska, M.sc.

169

research issues

reactive and proactive Market orientation of hospitals and their results

the aim of the study is to establish the determinants of proactive and reactive market orientation of hospitals and the relationships between these orientations, marketing and hospital outcomes, both in terms of patient retention and the effectiveness of financial goals. the study is nationwide and is conducted on a random selection of hospitals based on the register of entities performing therapeutic activity (rpWdl). the detailed research questions are as follows: • Whichofthefactors–i.e.entrepreneurialclimate,orientationoninnovation,technologyorientation,riskinclination, formalization, centralization – and in what way – determine the proactive and reactive market orientation of hospitals? • Howdoesproactiveandreactivemarketorientationaffectpatientretentionandhospitalfinancialperformance?• Howdothehospitalservicesandmarketingactivities–bothmeetingpatients’expectationsandgoingbeyondthem–affectpatientretention and hospital financial performance? a research model and a measuring instrument have been prepared, and currently data are being collected among the domestic medical entities. structural equation models are going to be used to verify the assumed research model.

contact person

DariuszDąbrowski,Ph.D.,D.Sc. [email protected],M.Sc.anna tybińkowska, M.sc.

07faculty of ManageMent and econoMicsdepartMent of Marketing 93

170

07faculty of ManageMent and econoMicsdepartMent of quality ManageMent and coMModity science94

research issues

quality ManageMent in selected research areas

Thestaffofthedepartmentconductsscientificresearchintwoteams–QualityManagementandCommodityScience.Theseincludequalitymanagement issues in small and medium-sized enterprises and in the public service sector, including higher education, health and public ad -ministration and selected aspects of food quality and safety. in relation to these issues a research project is realized, funded by the national ScienceCenter,entitled‘Qualitymanagementandthelegalcontextofpro-qualitymanagementinPolishhighereducation–Contradictionorharmony?’(2013–2017),accompaniedbycooperationwiththebusinesscommunity.Thiscooperationmanifestsitselfnotonlyinthefieldof research but also in education, including the organization of dual postgraduate studies which were met with high interest and national recognition.

Departmentstaffsupportthescientificactivityofstudentsbelongingtothescientificgroup‘Sensoris’andofPh.D.studentsinterestedinresearch issues of the department.


• WiśniewskaM.,GrudowskiP.:TheHighQualityBusinessSchoolAcademicTeacherofthe21stCentury–PolishStudents’Perspective.JOURNALOFECONOMICSANDMANAGEMENTRESEARCH,2017,Vol.6,6–14.

• GrudowskiP.:Howtoassessthematurityofsmallandmedium-sizedenterprisestoleansixsigmaprojects//ARGUMENTAOECONOMICA,vol. 2, iss. 37 (2016), 311–328.

• WiśniewskaM.,GrudowskiP.:High-qualityacademicteachersinbusinessschool.ThecaseofTheUniversi-tyofGdańsk,Poland,TOTALQUALITYMANAGEMENT&BUSINESSEXCELLENCE,Vol.27,iss.10(2016),1158–1170.

• GrudowskiP.,SzeflerJ.:StakeholdersSatisfactionIndexasanImportantFactorofImprovingQualityMan-agementSystemsofUniver-sitiesinPolandStakeholdersSatisfaction,JOURNALOFMANAGEMENTANDFINANCE,Vol.13,iss.2(2015),25–36.

• MarjańskaE.,SzpakowskaM.:Characterizationofvariousdrinkingwatersbynewpotentiometrictastesen-sorwithlipid,lipid-likepoly-mer membranes, desalination and Water treatMent, iss. 64 (2017), 345–349.

• SzpakowskaM.,MarjańskaE.,NaggyO.:ComparativeStudyofTasteSubstanceSensingbyLiquidMem-braneOscillatorandElectroche-micalSystemsWithAll-Solid-StateElectrodes,IEEESENSORSJOURNAL,Vol.17,iss.17(2017),5735–5740.

contact person

prof. Maria szpakowska

[email protected]

piotr grudowski, ph.d., d.sc.

[email protected]

Zbigniew celmerowski, ph.d.

ewa Marjańska, ph.d.

elwira Brodnicka, M.sc.

anna Wendt, M.sc.

Mateusz Muchlado, M.sc.

171

08faculty of Mechanical engineering

173

08faculty of Mechanical engineering departMent of Mechanics and Mechatronics

division of hydraulics and pneuMatics95

research issues

research and development of positive displacement pumps, hydraulic motors and valves

realised proJects

research in the field of innovative satellite Motors with the reverse kineMatics Budget: eur 154,000.00 completion: 2015Funding: project commissioned by the FaMa company


• SliwinskiP.:Thebasicsofdesignandexperimentaltestsofthecommutationunitofahydraulicsatellitemotor,ArchivesofCivilandMechanical engineering, vol. 16, iss. 4 (2016), p. 634–644

link to full-text: http://www.sciencedirect.com/science/article/pii/s1644966516300176

doi: 10.1016/j.acme.2016.04.003

• SliwinskiP.:Flowofliquidinflatgapsofthesatellitemotorworkingmechanism,PolishMaritimeResearch,Vol.21,No.2(82)(2014),p.50–57

• SliwinskiP.Commutationunitofsatellitemotorwiththerotatingbody.NapędyiSterowanieNo.10/2016.

• SliwinskiP.:Monograph“Satellitepositivedisplacementmachines.Thebasicsofdesignandanalysisofenergylosses”.GdanskUniversityof technology publishers, 2016.

patents and patent applications

• SliwinskiP.,PatroszP.:EuropeanPatentApplication:HydraulicPositiveDisplacementMachine. no. 15003680.4/ ep15003680 of 29.12.2015.

• SliwinskiP.,PatroszP.:Thebodyofthehydraulicdisplacementmachine.UtilityModelApplicationNo.W.124683of21.12.2015.

• SliwinskiP.:„Flowregulator”.PatentNo.PL224522of26.05.2014(grantedon22.04.2016).

• SliwinskiP.,PatroszP.,OsieckiL.:„Fluiddisplacementmachinewithsatellitemechanismwithreversedkinematics”.PatentNo.PL223907 of 07.03.2013 (granted on 02.03.2016).

the team of hydraulics and pneumatics developed the methods of designing and constructing positive displacement machines with a satelli-te working mechanism and the methods of their testing. this area of issues comprises:a) describing the basic features of the satellite mechanism;b) development of new innovative designs of pumps and hydraulic motors equipped with the satellite mechanism: •witharotatingrotor; •witharotatingcurvature;c) developing a design of innovative apparatus for testing high pressure seals of the shaft;

174

d) developing new design methods for: •axialclearancecompensationunitofthesatellitesandtherotorintheabovementionedmachines; •commutationunitintheabovementionedmachines;e) developing new methods to test pumps and satellite motors, mainly in respect of: •shaftsealing; •commutationunit; •axialclearancecompensationunit; •pressuredropintheinternalchannelsofthesemachines.

the second area of issues concerns testing and describing the effect of the type of liquid on the phenomena occurring in satellite machines. the area or these issues includes tests to be carried out on:a) high pressure shaft seals, particularly in satellite motors, so as to select appropriate seals operating in the conditions of: •lubricationwithaliquidwiththepoorestlubricatingproperties(i.e.water); •highpressureintheshaftchamber–upto2MPa.such conditions occur particularly in hydraulic systems of machines working in mines where the pressure on the outflow port of the motor is exactly 2 Mpa;b) properties of working liquids which can be used to power satellite machines, i.e. mineral oil, hFa-e oil-in-water emulsion, water and vege-

table oils;c) tribological materials that could potentially be or are used as satellite mechanism elements with lubrication with the above

mentioned liquids;d) effect of tap water and mineral oil (two liquids with extremely different viscosity were selected as the working medium) on losses

in the sM satellite motor and the psM pump;e) effect of rapeseed oil and hFa-e oil-in-water emulsion on losses in the sM satellite motor; where the scope of tests was limited

to set and compare volumetric and mechanical losses; f) initial tests of a satellite pump unit to determine its proper operation and volumetric losses.

the third area of issues is related to describing the sources of losses in an satellite motor and satellite pump and developing new mathemati-cal models describing losses in these machines.

contact person

PawełŚliwiński,Ph.D,D.Sc. +48 58 347 22 67 [email protected] www.mech.pg.edu.pl

175

research issues

the research team of division of Machine design deals mainly with innovative bearing systems concentrating on improving reliability, dura-bility and energy efficiency of the bearing systems used in power generation, with a special emphasis on wind power and hydro power. the experimental part of the research, carried out in own, well equipped laboratory, comprises application of unconventional materials including polymers, ceramic materials and hard coatings as a replacement for traditional metal alloys. possibility of replacing traditional lubricants with water is also tested, as well as the use of non-lubricated bearings utilizing the effect of acoustic levitation. Most of the research is con-ducted in cooperation with machine manufacturers or end users.

realised proJects

study on utilization of acoustic levitation phenoMena

Budget: eur 80,000.00duration: 2013–2016Funding: national science centre (ncn)

novel ecological foil Bearing luBricated with water


research of thrust Bearings with polyMer sliding layers

Budget: eur 70,000.00duration: 2007–2010Funding: TheStateCommitteeforScientificResearch(KBN)

tilting pad thrust Bearings iMproved Methods of calculations and experiMental research

Budget: eur 40,000.00duration: on-going project, since 2014Funding: alstoM hydro switzerland

application of dlc for luBricated contacts

Budget: eur 30,000.00duration: on-going project, since 2014Funding: scheaffler ag, germany

08faculty of Mechanical engineeringdepartMent of Machine design and autoMotive engineering

division of Machine design 96

176


• WodtkeM.,OlszewskiA.,WasilczukM.:ApplicationoftheFluid–StructureInteractiontechniquefortheanalysisofhydrodynamiclubri-cationproblems.ProceedingsoftheInstitutionofMechanicalEngineersPartJ-JournalofEngineeringTribology,vol.227(Nr8),2013,pp.888-897

• PajączkowskiP.,SchubertA.,WasilczukM.,WodtkeM.:Simulationoflargethrust-bearingperformanceattransientstates,warmandcoldstart-up.ProceedingsoftheInstitutionofMechanicalEngineersPartJ-JournalofEngineeringTribology,vol.228(Nr1),2014,pp.96-103,

• WodtkeM.,WasilczukM.:EvaluationofapparentYoung’smodulusofthecompositepolymerlayersusedasslidingsurfacesinhydrody-namic thrust bearings. tribology international, vol. 97 (2016), pp. 244-252

• WasilczukM.,WodtkeM.,BraunW.:Centrallypivotedtiltingpadthrustbearingwithcarbon-basedcoatedcollar-experimentalresultsoflow- and medium-speed operation. tribology transactions, vol. 58 (nr 5), 2015, pp. 882-893,

• HryniewiczP.,WodtkeM.,OlszewskiA.,RządkowskiR.:Structuralpropertiesoffoilbearings:aclosed-formsolutionvalidatedwithfiniteelementanalysis.TribologyTransactions,vol.52(Nr4),July2009,pp.435-446,

• StolarskiT.,GawarkiewiczR.,TeschK.:Acousticjournalbearing–Asearchforadequateconfiguration.TribologyInternational,Vol.92(2015), pp. 387-394

• WodtkeM.FillonM.,SchubertA.,WasilczukM.:Studyoftheinfluenceofheatconvectioncoefficientonpredictedperformanceofalargetilting-padthrustbearing.JournalofTribology-TransactionsofASME,vol.135(2),2013,pp.1-11).

contact person

Prof.MichałWasilczuk +48 58 347 19 37 [email protected] http://mech.pg.edu.pl/katedra-konstrukcji-maszyn-i-pojazdow/activity-of-the-department

177

research issues

• Manufacturingoftheprostheticfoundationsby3Dprinting• Developmentoftitaniumcustom-madeimplantsby3Dprinting• Oxidenanotubularandoxidesandwichlayersofthetitaniumimplants• Silver–hydroxyapatitecoatingsbioactiveandbiocidalcoatingsforthetitaniumimplants• Lasernanoandmicropatterning,andsurfacehardeningfortitaniumimplants• Hydrogendegradationofoxidisedzirconiumalloys

realised proJects

design and faBrication technology of Metallic foundations for dental crowns By selective laser Melting of the ti13zr13nB alloy Budget: eur 217,917.00 completion: 31.10.2017Funding: 85% national centre for research and development (ncBir) (the tango programme); 15%theJerzyAndryskowskiProstheticServices,Ltd.

hydrogen degradation of oxidised zr alloysBudget: eur 229,214.00completion: 15.07.2017Funding: national science centre (ncn), the opus programme

puBlications related to proJects

• Zieliński,T.Seramak,K.Zasińska:The3Dprintingoftitaniumprostheticfoundations.Proc.10thInternationalForumonInnovativeTech-nologiesforMedicine,KoszalinUniv.Techn.&WarsawUniv.LifeSci.,WarsawNov.2016.

• Szoka,G.Gajowiec,W.Serbiński,A.Zieliński,EffectofsurfacestateandstressonanoxidationoftheZircaloy-2alloy,InternationalJour-nal of Management, information technology and engineering, 2016, 55–64.

• Trybuś.J.-M.Olive,N.Lenoir,I.Aubert,A.Zielinsk:iMorphologyofoxidationinduced-damageonZircaloytubesmeasuredbypost-mortemX-ray tomography. aeM2016 2nd international conference on hydrogen energy, university of surrey, guildford 2016, p. d-100.

• Szoka,G.Gajowiec,A.Ossowska,W.Serbinski,A.Zielinski:Hydrogendegradationofpre-oxidizedZralloysinaspectofpossibleLOCAaccident. aveiro 2016, university of aveiro, p. 100.

• Szoka,G.Gajowiec,A.Zieliński,W.Serbiński,J.-M.Olive,A.Ossowska:Hydrogendegradationofpre-oxidizedZralloys.AdvancesinMate-rials science 17, 2017, accepted, in print.

• K.Zasińska,T.Seramak,A.Zieliński:FabricationoffoundationsunderthedentalcrownsmadeoftheTi-13Nb-13ralloy.Prof.Conf.VIVAhealth Future (scientific congr. pgv team), vivadental, gdańsk, oct. 2016.

contact person

prof. andrzej Zieliński +48 501 329 368 [email protected] http://mech.pg.edu.pl/en/division-of-biomaterials

08faculty of Mechanical engineeringdepartMent of Materials and welding engineering

division of BioMaterials 97

178

research issues

• HighTemperatureAir/SteamGasification(HTAG)andcombustion(HTAC)ofbiomassandwaste• Liquidcrystalthermography(LCT)andtrue-colorimageprocessinginheattransferandfluidflowresearch.• Experimentalinvestigationsontwo-phasepressuredrops• Heattransferenhancementofheatexchangersutilizingpassivesandactivetechniques• Newrefrigeranttypesapplications• Spectroscopicmeasurementsoffuel-gasescomposition

realised proJects

• Numericalmodelingofflameinboilercombustionchamberswithswirlburners• Applicationofliquidcrystaltechnologyforhydrodynamicsandheattransferduringimpactofliquidandaerosolfluxonheatedsurfaceofsolids• Modelingoflowcaloriefuelcombustioninasingleflameathightemperatureoxidationheating• Physicalandnumericalmodelingofhigh-andlowcalorieunderHTAG/HTACtechnology

Most iMportant papers

• MikielewiczD.,StasiekA.,JewartowskiM.,StasiekJ.:Measurementsofheattransferenhancedbytheuseoftransversevortexgenera-tors. applied thermal engineering, vol. 49, 31 december 2012, pp. 61–72

• StąsiekJ.,JewartowskiM.,KowalewskiT.:TheUseofLiquidCrystalThermographyinSelectedTechnicalandMedicalApplications-RecentDevelopment.JournalofCrystallizationProcessandTechnology,Vol.4.,(2014),p.46–59,AR130275

• AndrzejczykR.,MuszyńskiT.,Dorao,C.:ExperimentalinvestigationsonadiabaticfrictionalpressuredropsofR134aduringflowin5mmdiameter channel, experimental thermal and Fluid science, vol. 83, (2017), s. 78–87

• MuszyńskiT.,AndrzejczykR.:Applicabilityofarraysofmicrojetsheattransfercorrelationstodesigncompactheatexchangers,Appliedthermal engineering, vol. 100, (2016), p. 105–113

contact person

Prof.JanStąsiek +48 58 347 25 16 [email protected] http://mech.pg.edu.pl/department-of-energy-and-industrial-apparatus http://pg.edu.pl/13111c20ae_jan.stasiek

RafałAndrzejczyk,Ph.D. +48 58 347 18 03 [email protected]

08faculty of Mechanical engineeringdepartMent of energy and industrial apparatus division of therModynaMics, refrigeration and air conditioning

98

179

research issues

experimental works and theoretical methods of mechanical engineering utilized in medical applications are the field of study of the research team. Measurements of mechanical properties of human tissues enable physicians to improve therapeutical methods of orthopaedics and surgery. numerical evaluation of strength of human bones carried out with the use of new methods and relevant material properties help in efficient healing and rehabilitation. contemporary design methods utilized in the design of rehabilitation devices lead to improved equip-ment. design and analysis of dental implants protecting from periimplantitis helps to extend the durability of implants. the achievements include design and studies of left atrial appendage occlusion device protecting from brain hemorrhage.

realised proJects

proJect of teMporal Bone holderBudget: eur 6,000.00completion: 2016Funding: european institute for orl-hns “entic” BvBa Belgium

proJect of laBoratory stand for Measuring the Mechanical properties of tissuesBudget: eur 6,000.00completion: 2017Funding: gut and guMed


• PolishPatentno221322Deviceformonitoringrehabilitationexercisesperformedbypatientsforrehabilitationofspinediseases.P.romanowski, a. stolarz, M. pawelec

• S.GrymekandM.Pawelec:NewTechniqueofSpineDiseaseTreatmentSupportedbyADRSK1Device.KeyEngineeringMaterials,vol.490,2011.

• RogowskiJ.,BrzezińskiM.,DąbrowskiL.:Leftatrialappendageocclusiondevice.InternationalPatentApplicationPCT/PL2014/000031

• BrzezińskiM.,BuryL.,DąbrowskiL.etal.:TheNew3DPrintedLeftAtrialAppendageClosurewithaNovelHoldfastDevice:APre-ClinicalFeasibility animal study. plos one, vol. 11, iss. 5 (2016), p. 1–11

• MazurK.,DąbrowskiL.:NewfiniteelementwithvariableYoung'smodulus.5thInt.Conf.onTissueEngineering&RegenerativeMedicine.Berlin 2016

• BrzezińskiM.,BuryK.,DąbrowskiL.,HolakP.,SejdaA.,PawlakM.,JagielakD.,AdamiakZ.,RogowskiJ.:TheNew3DPrintedLeftAtrialAp-pendage closure with a novel holdfast device: a pre-clinical Feasibility animal study. plos one 11(5) 2006: e0154559. doi:10.1371/journal.pone.0154559

• MazurK.,DąbrowskiL.:Newfiniteelement,withvariableYoung'smodulus.12thInt.Symp.onComputerMethodsinBiomechanicalandBiomedical eng. amsterdam 2014

contact person

szymon grymek, ph.d., d.sc. +48 58 347 19 37 [email protected] http://mech.pg.edu.pl/katedra-konstrukcji-maszyn-i-pojazdow/activity-of-the-department

08faculty of Mechanical engineeringdepartMent of Machine construction and autoMotive engineering

division of Medical engineering99

180

research issues

• modernheatingsystems:domesticmicrocombinedheatandpowersystemsbasedonorganicRankinecycle,hightemperatureheatpumps, heat recovery from waste heat and industrial processes

• highefficiencyheatexchangers• phasechangephenomenaintwo-phaseflows:modellingofbubblyflows,turbulenceinsingleandtwo-phaseflows,boilingandcondensa-

tion in mini and micro-channels• bioenergypotential,extensionofbiomassvaluechain,energypolicy

realised proJects

heat transfer intensification in two-phase therMosiphon cycle with the evaporator Based on Minichannels

Budget: pln 385 440,00completion: 15.10.2019Funding: Ministry for science and higher education (MnisW)

developMent and deMonstration of coMpact, Multi-source heat exchanger technologies for renewaBle energy applications

Budget: eur 233 318,00 completion: 31.01.2015Funding: 100% european union Fp7

developMent of high-efficiency zero eMission technologies for coal fired plants integrated with co2 capture installations

Budget: pln 2 300 000,00completion: 1.05.2015Funding: national centre for research and development (ncBir)

theoretical and experiMental investigations of evaporator supporting the refrigerant circulation puMp via capillary forces

Budget: pln 370 500,00completion: 23.10.2013Funding: Ministry of science and higher education (MnisW)

experiMental and theoretical investigations of condensation in flow in horizontal and vertical channel with sMall diaMeter

Budget: pln 364 000,00completion: 3.06.2012Funding: Ministry of science and higher education (MnisW)

08faculty of Mechanical engineeringdepartMent of energy and industrial apparatus division of therMal energy systeMs

100

181

puBlications related to proJects

• MikielewiczJ.,MikielewiczD.,Asimplifiedenergydissipationbasedmodelofheattransferforsubcooledflowboiling,Int.J.ofHeatandMass transfer, 106 (2017) 280–288.

• MikielewiczD.,WajsJ.,AndrzejczykR.,KlugmannM.,PressuredropofHFE7000andHFE7100duringflowcondensationinminichannels,Int.J.ofRefrigeration,68,226–2412016.

• MikielewiczD.,AndrzejczykR.,JakubowskaB.,MikielewiczJ.,Comparativestudyofheattransferandpressuredropduringflowboilingand flow condensation in minichannels, heat transfer engineering, vol. 37(13–14), 1158–1171, 2016.

• MuszyńskiT.,MikielewiczD.,Comparisonofheattransfercharacteristicsinsurfacecoolingwithboilingmicrojetsofwater,ethanolandhFe7100, applied thermal eng, 93, 1403–1409, 2016.

• MikielewiczD.,WajsJ.,ZiółkowskiP.,MikielewiczJ.,UtilisationofwasteheatfromthepowerplantbyuseoftheORCaidedwithbleedsteam and extra source of heat, energy, 97, 11–19, 2016.

• WajsJ.,MikielewiczD.,Influenceofmetallicporousmicrolayeronpressuredropandheattransferofstainlesssteelplateheatexchanger,applied thermal engineering, 93, 1337–1346, 2016.

• MikielewiczD.,MikielewiczJ.,AnalyticalmethodforcalculationofheatsourcetemperaturedropfortheOrganicRankineCycleapplica-tion, applied thermal engineering, 63, 541–550, 2014.

• MikielewiczD.,KlugmannM.,WajsJ.:Flowboilingintensificationinminichannelsbymeansofmechanicalflowturbulisinginserts,Int.JournalofThermalSciences,Vol.65,79–91,2013.

• MikielewiczD.,WajsJ.,GlińskiM.,ZroogaA.:ExperimentalinvestigationofdryoutofSES36,R134a,R123andethanolinverticalsmalldiameter tubes, exp. th. and Fluid sci., 44, 556–564, 2013.

contact person

prof. dariusz Mikielewicz +48 58 347 22 54 [email protected] http://mech.pg.edu.pl/the-research-and-development-fields-of-the-department?p_l_id=50277197&p_v_l_s_g_id=0&

182

research issues

• Qualityofcasingcementingforexplorationandextractionofhydrocarbons

• Theenvironmentaldegradationofthecasingintheopeningsexplorationandproductionofhydrocarbons

• Theuseofalaserbeamforformingthesurfacelayerpropertiesofceramicsandalloys

• Effectofbionanocelluloseproductionparametersonitsmechanicalpropertiesinthecontextofitsuseinvascularcardiovascularsurgery.

• Microseismicmonitoringinthehydraulicfracturingprocess.Optimizationofprocessingandinterpretationofmeasurementdata.

• Environmentaldegradationofengineeringmaterials

realised proJects

selection of optiMuM MicroseJsMatic Monitoring technology in the hydraulic fracturing process. optiMization of processing and interpretation of MeasureMent data

Budget: eur 250,000.00 completion: 30.06.2017Funding: national centre for research and development (ncBir), “Blue gas” programme

Borehole tool – protector against swelling clay

Budget: eur 750,000.00completion: 30.11.2016Funding: national centre for research and development (ncBir), “Blue gas” programme

research on the use of Bionanocellulose (Bnc) in regenerative Medicine in the aspect of Bio-iMplants in cardiac surgery and vascular surgery

Budget: eur 750,000.00completion: 2016Funding: national centre for research and development (ncBir), “applied research program” programme


• KarpińskiB.,SzkodoM.:Clayminerals-mineralogyandphenomenonofclayswellinginoil&gasindustry.AdvancesinMaterialsScience.vol. 15, no. 1 (43), 37–55, (2015)

• BieńA.,SzkodoM.:SurfacetreatmentofC80UsteelbylongCO2laserpulses.JournalofMaterialsProcessingTechnology.Vol.217,114–121,(2015)

• SzkodoM.,BieńA.,AntoszkiewiczM.:Effectofplasmasprayedandlaserre-meltedAl2O3coatingsonhardnessandwearpropertiesofstainless steel. ceramics international. vol. 42, iss. 9, 11275–11284, (2016)

08faculty of Mechanical engineeringdepartMent of Materials and welding engineering division of construction Materials

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183

• SzkodoM.,BieńA.:Influenceoflaserprocessingofthelowalloymediumcarbonstructuralsteelonthedevelopmentofthefatiguecrack.Surface&CoatingsTechnology.Vol.296,117–123,(2016)

• SzkodoM.,GajowiecG.:Studiesofthemechanismofmetalmetaldustingof10CrMo9-10steelafter10yearsofoperationinthesemi-re-generative catalytic reformer. corrosion science. vol. 102, 279–290, (2016)

contact person

Marek szkodo, d.sc. ph.d. +48 666 055 620 mszkodo@pg edu.pl http://mech.pg.edu.pl/en/division-of-biomaterials

184

research issues

Modelling and analysis of dynamics of musculoskeletal system of the human body researches involve in developing new models of biomechanical structures (upper and lower limb of the human body). Fusiform and pennate muscle models were created by applying the rigid finite element method. the method was applied to model the skeletal system of the human body. to verify proposed models the motion capture system and eMg analysis system are used. developed models are applied to develop exoskeletons and rehabilitation devices for the upper and lower limb of the human body.

realised proJects

Modelling in BioMechanics: dynaMics of upper liMB, lower liMB and luMBar part of spine

Budget: eur 85,000.00duration: 2010–2013Funding: Ministry of science and higher education (MnisW)

specific standing for Mechanical and BioMechanical testing of Modern Materials – BioMaterials, iMplants, coMposites and difficult-to-cut Materials

Budget: eur 1,200,000.00duration: 2016–2018Funding: Ministry of science and higher education (MnisW)


• WojniczW.,WittbrodtE.,Discretemodelsindynamicanalysisofskeletalmusclesofthearm-forearmsystem(inPolish).Wydawnictwopolitechniki gdańskiej, 2012.

• WojniczW.,WittbrodtE.,Analysisofmuscles'behaviour.PartI.Thecomputationalmodelofmuscle.ActaofBioengineeringandBiome-chanics 11, 2009, pp. 15–21.

• WojniczW.,WittbrodtE.,Analysisofmuscles'behaviour.PartII.Thecomputationalmodelofmuscles'groupactingontheelbowjoint.acta of Bioengineering and Biomechanics 12, 2010, pp. 3–10.

• WojniczW.,WittbrodtE.,Applicationofmusclemodeltothemusculoskeletalmodeling.ActaofBioengineeringandBiomechanics14,2012, pp. 29–39.

• OlszewskiH.,WojniczW.,WittbrodtE.,Methodofskeletalsystemmodelling.TheArchiveofMechanicalEngineeringLX,2013,pp.335–346.

• WojniczW.,OlszewskiH.,WittbrodtE.,Chosenaspectsofskeletalsystemsmodeling–numericalsolidandshellmodelsoffemurpart.shell structure – theory and applications 3, 2014, pp. 359–362.

• WojniczW.,OlszewskiH.,LipińskiK.,WittbrodtW.,NumericalModelofFemurPart.DynamicalSystems:Modelling181,ed.AwrejcewiczJ.,SpringerProceedingsinMathematics&Statistics,2016,pp.421–435.

08faculty of Mechanical engineeringdepartMent of Mechanics and Mechatronics division of Mechanics and strength of Materials

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• WojniczW.,ZagrodnyB.,LudwickiM.,AwrejcewiczJ.,WittbrodtE.:Atwodimensionalapproachformodellingofpennatemusclebehavio-ur. Biocybernetics and Biomedical engineering 37, 2017, pp. 302–315.

contact person

prof. edmund Wittbrodt +48 58 347 29 29 [email protected] https://sites.google.com/a/mech.pg.edu.pl/edmund-wittbrodt/

Wiktoria Wojnicz, ph.d. +48 58 347 29 29 [email protected]

186

research issues

• turbomachinerydesign,optimisationofthemaindesignparametersofturbines• optimisationofturbinepowerplantcycles• turbinedynamics,self-excitedvibrationsofrotorsystems,turbineseals• renewablesourcesofenergy,distributedenergy• designofCompressedAirEnergyStorage(CAES)systems• designofmicroturbinesandmicropowerplants(steam,gasandORC)

current activity

60%+ power plants • Modified,enhancedcombinedpowerplantwithCO2cycleorwithopengasturbinecycle• Lowtemperatureinfrontofthegasturbine:from900ºCto1200ºC• Lowvaluesofcompressionratio• Powerplantefficiency(upto65%andhigher)–betterthantheefficiencyofmoderncombinedgas/steamcyclesforhighergasturbine

inlet temperature• Widevarietyoffossilfuels(coal,lignite,petroleum,naturalgas)aswellasbiofuels,biomass,biogas,woodpellets,biofuels,agricultural

and domestic wastes• Cleanflowpartsofcompressorsandturbinesduringthewholeperiodofoperation• Easilysuitedtotri-generationsystems• Powerrange:upto600MWorhigher

Micro-turbines and micro power plants, orc systems• Modified,enhancedthermodynamiccycle• Lowtemperaturebehindthecombustionchamber(max.850°C–900°C).• Lowervaluesofcompressionratio(<3)• Powerplantefficiency(35%+)higherthantheefficiencyofmoderngasturbinesinthesametemperaturerange• Widevarietyoffossilfuels(coal,lignite,petroleum,naturalgas)aswellasbiofuels,biomass,biogas,woodpellets,biofuels,agricultural

and domestic wastes• Cleanflowpartsofcompressorsandturbinesduringthewholeperiodofoperation• Easilysuitedtotri-generationsystems• Powerrange:3kW–10kWforgasboilersofprosumentenergysystem,2kW–100kWforsmallmanufacturingplantsandagroenergysys-

tems, 100kW–1000kW for small energy power stations, small factories, landfills, sewage treatment plants

TheTeamdesignedandinvestigated5microturbinesof1.5kW–2.5KWfordifferentworkingmedia,includingOrganicRankineCycles.Thebestof them reached the efficiency of 85%. the team has granted 10 patents and has 15 patent applications in turbomachinery technology.

contact person

Prof.KrzysztofKosowski +48 691 566 227 [email protected]

08faculty of Mechanical engineeringdepartMent of energy and industrial apparatus division of fluid Mechanics and turBoMachinery

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research issues

applied structural mechanics. engineering automatic control. Finite element method. Modal analysis. Mechatronic solutions and mechatro-nic design. development of systems offor dynamic processes surveillance in scope of manipulators, mobile robots as well as conventional and high speed cutting.

realised proJects

application of chosen Mechatronic solutions to surveillance of the high-diMensional workpieces cutting process on Multi axial Machining centres

Budget: eur 280,000.00 completion: 28.02.2018Funding: national centre for research and development (ncBir), tango project


• KalińskiK.J.,GalewskiM.A.,MazurM.R.:HighSpeedMillingvibrationsurveillancewithoptimalspindlespeedbasedonoptimalspeedsmap.KeyEngineeringMaterials2014,597,125–130.

• KalińskiK.J.,ChodnickiM.,MazurM.R.,GalewskiM.A.:Vibrationsurveillancesystemwithvariablestiffnessholderformillingflexibledetails.W:AppliedNon-LinearDynamicalSystems(Ed.J.Awrejcewicz).SpringerInternationalPublishingSwitzerland2014,175–184.

• KalińskiK.,ChodnickiM.,GalewskiM.,MazurM.:Vibrationsurveillanceforefficientmillingofflexibledetailsfixedinadjustablestiffnessholder. vibroengineering procedia 2014, 3, 215–218.

• KalińskiK.J.,GalewskiM.A.:VibrationsurveillancesupportedbyHardware-In-the-LoopSimulationinmillingofflexibleworkpieces.Me-chatronics 2014, 24, 1071–1082.

• KalińskiK.J.,GalewskiM.A.:Amodifiedmethodofvibrationsurveillancewithauseoftheoptimalcontrolatenergyperformanceindex.Mechanical systems and signal processing 2015, 58–59, 41–52.

• KalińskiK.J.,GalewskiM.A.:Optimalspindlespeeddeterminationforvibrationreductionduringball-endmillingofflexibledetails.Inter-nationalJournalofMachineToolsandManufacture2015,92,19–30.

• GalewskiM.A.:Spectrum-basedmodalparametersidentificationwithParticleSwarmOptimization.Mechatronics2016,37,21–32.

• KalińskiK.J.,GalewskiM.,MazurM.,ChodnickiM.:Modellingandsimulationofanewvariablestiffnessholderformillingofflexibledeta-ils. polish Maritime research (in printing).

contact person

Prof.KrzysztofJ.Kaliński +48 58 347 14 96 [email protected] https://sites.google.com/a/mech.pg.edu.pl/krzysztof-kalinski/ www.mech.pg.edu.pl

08faculty of Mechanical engineeringdepartMent of Mechanics and Mechatronic

division of Mechatronics104

188

research issues

• computer-aidedprocessplanning• computer-aidedmanufacturing• technologyofpolymermaterials• advancedmanufacturingtechniques• finishingmachiningbyburnishingandgrinding• micro-grindingofmetalandceramicparts• LeanProductiontechniques• analysisofnewinvestmentsintheaspectofproductivity

realised proJects

fundaMentals and technology of flat surface Microgrinding with lapping kineMatics

Budget: pln 166 200,00completion: 07.04.2005-06.04.2008Funding: Ministry of science and higher education (MnisW)project leaders: prof. adam Barylski; Mariusz deja, ph.d., d.sc.

flat surface Microgrinding with the use of coated tools and with lapping kineMatics

Budget: pln 140 400,00 completion: 23.03.2010-22.03.2013Funding: Ministry of science and higher education (MnisW)project leaders: Mariusz deja, ph.d., d.sc.

technical innovation study on the Method of Manufacturing crane BooM segMents

Budget: pln 51 000,00 completion: 22.05.2013–31.05.2013referral: asuri sp. z o.o., gliwiceProjectleader: MieczysławSiemiątkowski,PhD.;WojciechKiełczyński,PhD.

technical study on the innovativeness of solutions for the design and operation of a swing-flap systeM in air and exhaust flow control channels

Budget: pln 28 290,00completion: 28.01.2014–5.02.2014Referral: FinnowPolskaSp.zo.o.,OstrowiecŚwiętokrzyskiProjectleaders: WojciechKiełczyński,Ph.D.;MieczysławSiemiątkowski,Ph.D.

08faculty of Mechanical engineeringdepartMent of Manufacturing and production engineering division of technological process design and autoMation

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developMent and technology of Molds with the insert

Budget: pln 4 495,00completion: 9.03.2015–31.12.2015Referral: KONSMETALSp.zo.o.Projectleader: SławomirKlimkiewicz,M.Sc.,Eng.


• BarylskiA.:Flatsurfacesmachiningonlappingmachines,Gdansk2013,Publ.GdanskUniv.ofTechnology.

• BarylskiA.,PiotrowskiN.:Researchonthewearevennessofthetoolinflatlapping.JournalofPolish-AmericanScienceandTechnology.vol. 10, inst. of aviation scientific publ. Warsaw 2016.

• PiotrowskiN.,BarylskiA.:Multi-criteriaRobotSelectionProblemforanAutomatedSingle-SidedLappingSystem.In.:AdvancesinIntelli-gent systems and computing. Mechatronics: ideas, challenges, solutions and applications. springer, 2016.

• BarylskiA.,PiotrowskiN.:AnalysisofAbrasiveParticleTrajectoriesduringSingle-SidedLappingProcesswithDrivenConditioningRing.applied Mechanics and Materials. vol. 838. trans tech publications, pfaffikon 2016.

• DejaM.:Verticalvibrationreductionandaudiblesoundanalysisinsurfacegrindingwithelectroplatedtools.JournalofMeasurementsinengineering, 2014, vol. 2, iss. 2, pp. 57–130.

• DejaM.,SiemiątkowskiM.:Feature-basedgenerationofmachiningprocessplansforoptimisedpartsmanufacture.JournalofIntelligentManufacturing, 2013, vol. 24, iss. 4, pp. 831–846.

• DejaM.,SiemiątkowskiM.,SenderP.:ComparativeStudyofMachiningTechnologySelectiontoManufactureLarge-SizeComponentsofoffshore constructions. polish Maritime research si, 2017, vol. 24, pp; 38-45

• DejaM.,DobrzyńskiM.,SiemiątkowskiM.,WiśniewskaA.:SimulationStudiesIntoQuaysideTransportandStorageYardOperationsincontainer terminals. polish Maritime research si, 2017, vol. 24, pp; 46-52

contact person

prof. adam Barylski +48 58 347 19 82 [email protected] http://pg.edu.pl/dea9ddb25c_adam.barylski http://mech.pg.edu.pl/en/departament-of-the-machine-technology-and-production-automation

190

research issues

• qualitymanagement• geometrymeasurements• analysisofsurfaceroughnessandwaviness• designandanalysisofproductionsystemsincludingLeanSixSigma• coordinatemeasuringtechniques• machiningofhardmaterials

realised proJects

developMent of eco-innovation production technology for goMet production plant

Budget: pln 10 000,00 completion: 2017Funding: ZakładProdukcyjny“GOMET”Projectleader: MichałDobrzyński,Ph.D.;MichałLandowski,Ph.D.

research on the influence of technological paraMeters of shaft Burnishing with the use of ceraMic tools

Budget: pln 398 370,00 completion: 2011–2014Funding: national science centre (ncn)Projectleader: BogdanŚcibiorski,Ph.D.;maincontractors:MichałDobrzyński,Ph.D.;PiotrWaszczur,Ph.D.

Modelling and optiMisation of the tool flow in autoMated Manufacturing systeMs

Budget: pln 340 000,00 completion: 01.10.2009-30.09.2012Funding: national science centre (ncn)Projectleader: MichałDobrzyński,Ph.D.

patents

• BoryczkoA.:„Rigidattachmentdeviceformeasuringtooltravelalongtheworkpieceonthemachinetool”.PatentNo.PL206935of29.10.2010.

• BoryczkoA.:„Methodandarrangementformeasuringanddiagnosinginterferenceinsurfaceroughnessofobjectsmadeespeciallywitha single blade tool”. patent no. pl 204132 of 13.07.2009.

08faculty of Mechanical engineeringdepartMent of Manufacturing and production engineering division of quality ManageMent and Metrology

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• BoryczkoA.,RytlewskiW.:Surfaceirregularitiesasacomplexsignaloftoolrepresentationtogetherwithunevendisplacementinrespectto the workpiece, Metrology and Measurement systems, vol. XXi, 2014.

• BoryczkoA.:Effectofwavinessandroughnesscomponentsontransverseprofilesofturnedsurfaces,MEASUREMENT,Vol.46,2013.

• DobrzyńskiM.,PrzybylskiW.:Simulationresearchonthetoolcycleinautomatedmanufacturingsystematselectedtoolduplicationlevels, advances in Manufacturing science and technology, vol. 36, 2012.

contact person

adam Boryczko, ph.d., d. sc. +48 58 347 14 78 [email protected] http://pg.edu.pl/web/bd70364a8f_adam.boryczko http://mech.pg.edu.pl/en/departament-of-the-machine-technology-and-production-automation

192

research issues

the research and development activities as well as services provided by the team of Machine tools, tools and Machining regards, in the first place, the issues connected with technological machines, including the design and exploitation of machine tools and machine cutting tools. among others, the team is tasked with continuation of the long-lasting tradition regarding the mechanical wood technology and, in particular, researching the energy performance of wood cutting process, promoting material-saving cutting technologies and research on the dynamics of circular saws.

the team is highly experienced in cooperation with the business entities, proven by numerous launchings of machines, devices, diagnostic devices; participation in the projects realized with the financial support of the european regional development fund; aid in the preparation of the merits for operational programmes innovative economy and intelligent development; expertise and professional assessments of new technologies

realised proJects

• Developingtheassumptionsforimprovingthededustingprocessintheupperandlowerformatcircularsawmachines.Elaborationofassumptions and execution of research related to optimizing the design of the main spindle drive system to limit vibration, contract exe-cutedforRemaSAinReszel,12.01–29.12.2016;supervisedby:K.Orłowski,J.Barański,W.Blacharski,M.Jewartowski,J.Wajs,A.Kaczmarek;

• GoldMedalatXVIIIMoscowInternationalInventionsandInnovativeTechnologyExhibition"ARCHIMEDES2015"forInnovativeSteamingSystematHighTemperaturewithSteamUsing02–05.04.2015,Moscow,RussiaforJ.Barański,M.Wierzbowski,K.Orłowski

• PatentPL224777of31.01.2017:"Deviceformeasuringtheradiusofthecuttingedgeofthecuttingheadoftheplaninghead";AuthorsK.Orłowski,J.Kapcia;GdańskUniversityofTechnology;

• PatentPL221524dated29.04.2016:"Methodofabsolutemeasurementbymeansofataglineandadigitalcamera,especiallystraight-li-ne machines", author: Wojciech Blacharski, gdańsk university of technology;

• PatentPL220618dated30.11.2015:"Bladesforcircularsawing,especiallyforcuttingwood";Authors:RomanWasielewski,KazimierzOrłowski;Authorizedbythepatent:PG,Aspisp.Zo.o.Suwalki(implemented)


• Orlowski,K.,&Ochrymiuk,T.:Anewly-developedmodelforpredictingcuttingpowerduringwoodsawingwithcircularsawblades.Made-ras.Cienciaytecnología,Vol.19(2):149–162,2017.

• Orlowski,K.A.,Ochrymiuk,T.,Sandak,J.,Sandak,A.Estimationoffracturetoughnessandshearyieldstressoforthotropicmaterialsincutting with rotating tools. engineering Fracture Mechanics, 2017. (open access)

• OrłowskiK.,DuchniczK.,DudekP.:Analysesoftheeffectofthedesignfeaturesofthespindleoftheslidingtablesawuponitscriticalrotational speeds, Mechanik, iss. 8-9 (2016), p. 1112–1113.

• KaczmarekA.,OrłowskiK.,JavorekL.:Abriefreviewandcomparisonofselectedexperimentalmethodsformeasuringnaturalfrequenciesof circular saw blades, dreWno, vol. 59, no. 197 (2016), p. 231–239.

• OrlowskiK.,OchrymiukT.,AtkinsA.,ChuchalaD.:Applicationoffracturemechanicsforenergeticeffectspredictionswhilewoodsawing,Wood sci technol vol. 47(5), 949–963, 2013. (open access)

08faculty of Mechanical engineeringdepartMent of Manufacturing and production engineering division of Machining tool, tools, Machining

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193

contact person

Prof.KazimierzOrłowski +48 58 347 21 01 [email protected] http://pg.edu.pl/web/b0b79da57b_kazimierz.orlowski http://mech.pg.edu.pl/en/departament-of-the-machine-technology-and-production-automation

194

research issues

• ProjectBLOW• ResearchcontractwithMichelinTyreCompany(confidential)• ResearchcontractwithVD(Denmark)• ResearchcontractwithNCC(Sweden)

realised proJects

fp7 – rosanne – "rolling resistance, skid resistance, and noise eMission MeasureMent standards for road surfaces"

Budget: eur 3,016,938.00completion: 2013–2016Funding: project financed by eu and national centre for research and development (ncBir)


• J.Ejsmont,S.Taryma,G.Ronowski,B.Świeczko-Żurek:InfluenceOfLoadAndInflationPressureOnTheTyreRollingResistance,Internatio-nalJournalofAutomotiveTechnology,Vol.17,No.2,pp.237−244(2016),25pkt.IF=0.969

• J.Ejsmont,G.Ronowski,B.Świeczko-Żurek,S.Sommer(2016):Roadtextureinfluenceontyrerollingresistance,RoadMaterialsandPavementDesign,30pkt.IF=1.188J.Ejsmont,S.Taryma,G.Ronowski,B.Swieczko-Zurek:InfluenceOfTemperatureOnTheTyreRollingResistance;InternationalJournalofAutomotiveTechnology,IF=0.969.

the main objective of the project rosanne was to develop and harmonize measurement methods for skid resistance, noise emission and rolling resistance of road pavements as a preparation for standardization. More specific objectives of this project were:

• Skidresistance:harmonizationofskidresistancemeasurementmethods

• Noiseemission:theprojectcombinedtheexistingmeasurementmethods(SPBandCPX)intoaharmonisedpavementnoiseemissioncharacterization method

• Rollingresistance:withintheprojectdraftstandardofrollingresistanceroadtestmethodwaspreparedaswellasmanyparametricstudies were performed

• Texture:theprojectexploredthepotentialforrecentdevelopmentsinthemeasurementofsurfacetexturetodeliverparametersthatbetter reflect the physical process of tyre/road interaction

• Referencetyresandpavements:theprojectinvestigatedtheperformanceofreferencetyresandpavementswhicharenecessaryforthemeasurement of all three road surface properties.

polish-norwegian research prograMMe (core) – leo – "low eMission optiMised tyres and road surfaces for electric and hyBrid vehicles"

Budget: eur 515,500.00completion: 2012–2016Funding: national centre for research and development (ncBir)

08faculty of Mechanical engineeringdepartMent of Machine design and autoMotive engineering division of autoMotive engineering

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195


• B.Świeczko-Żurek,P.Jaskuła,J.Ejsmont,A.Kedzierska,P.Czajkowski:RollingResistanceAndTire/RoadNoiseOnRubberizedAsphaltPavementInPoland,RoadMaterialsandPavementDesign,25pkt.IF=1.188.

• J.A.EjsmontL.Goubert,G.RonowskiB.Swieczko-Zurek:UltraLowNoisePoroelasticRoadSurfaces,Coatings2016,6,18.

• B.Świeczko-Żurek,J.Ejsmont,G.Ronowski:ReductionofTireRollingResistancebyOptimizationofRoadSurfacesandTires;ITroisimeCongresTunisiendeMécanique,SousseTunisie:,2014,Tunezja.

project leo addressed problem of development of tyres for electric and hybrid cars as well as road pavements that are optimised for urban use. the goal was to evaluate costs and benefits of using very low rolling resistance tyres on pavements that are designed to lower rolling re-sistance due to optimized texture and stiffness. at the same time problem of tyre/road noise generated by electric car tyres was investigated.the project has shown that low rolling resistance tyres and pavements may reduce energy consumption of electric vehicles by up to 15% and this corresponds with proportional increase of operational range. on the base of project results it is possible to select road pavements that fit urban and suburban conditions in the best way from the point of view of energy consumption and noise reduction.

contact person

Prof.JerzyEjsmont +48 603 943 907 [email protected] http://www.kkiem.mech.pg.edu.pl/index_EN.html

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09faculty of ocean engineering and ship technology

199

09faculty of ocean engineering and ship technologydepartMent of ship design and suBsea roBotics 109

research issues

the team of ship design and ocean engineering is involved in the following areas of research: methodology of preliminary ship design, com-puter aided ship design, optimization techniques in ship design, geometric modeling in ship design, ship body form of minimum resistance, semisubmersible platform initial design, sailing vessels and yachts design.the subsea robotics team is especially interested in: underwater systems analysis, design and construction, towed vehicles for oceano-graphic and hydroacoustic research, hydrodynamic design and calculation of underwater towed systems, manned submersible vessels made of reinforced composites, underwater tv systems for deep sea and hazardous zones applications, composite materials engineering for marine applications,processingofcompositesformarineapplications,designofDoerffer'sRudder,compositematerialstechnology,strengthanaly-sis of composite materials, pressure vessels made of composites, material engineering, composites for ballistic protection.

realised proJects

research into critical technologies for a MoBile underwater high-power roBot equipped with Multi-sensor recognition systeMBudget: eur 500,000.00duration: 2011–2015Funding: national centre for research and development (ncBir)

autonoMous Marine surface platforMs (apn)Budget: eur 640,000.00duration: 2013–2018Funding: national centre for research and development (ncBir)

active unManned systeM for detection and identification of hazardous Materials in aquatic zoneBudget: eur 1,400,000.00duration: 2010–2013Funding: national centre for research and development (ncBir)


• MatuszewskiL.:FAILUREOFMAGNETICFLUIDSEALSOPERATINGINWATER:PRELIMINARYCONCLUSIONS//PolishMaritimeResearch.vol. 24, no 2(94) (2017).

• MichalskiJ.:Amethodforpreliminaryestimationofthelengthofmidshipbodyblocktobeinsertedduringship’sconversion//PolishMaritime research. vol. 24, no 1(93) (2017).

• MichalskiJ.:ParametricalMethodforDeterminingOptimalShipCarryingCapacityandPerformanceofHandlingEquipment//PolishMaritime research. vol. 23, no 2 (2016).

contact person JanMichalski,Ph.D.,D.Sc. lech rowiński, ph.d., d.sc. [email protected] [email protected] + 48 58 347 12 12 +48 58 347 19 07

200

research isues

department deals with technique of manufacturing of ship hull structures problems and with all topics related to and influenced by such processes, materials science and procedures of iso for shipbuilding sector. the department designs and executes advanced prototypes of tools (for example equipment for no hammering straightening of thin-walled welded structures).• Influenceofweldimperfectionsonstrengthespeciallyfatiguepropertiesofshiphullstructure• Measurementsprocessesinshiphullmanufacturingandassembly• Systemsformanufacturingofshiphullstructuresinreducedtolerances• Automationofprocessesofstraighteningofhullmodulus• Fatiguestrengthofshiphullstructurecomponents• Fatiguepropertiesoflaserweldedsteeljoints• Newmaterialsforshipstructures• Alloysforfastshiphulls• Elaborationofprocessingtechnologiesfornewshiphullplatematerials• Analysisoftechnologicalandeconomicaspectsofmaterialselectionforfast(hydrofoilships,catamarans,sidewallhovercrafts,hover-

crafts) and conventional ships • Coldcrackingofweldedjoints• Corrosionresistanceofmaterialsandweldedjoints• Corrosionprocessesashipstructures• Modellingofphysicalandmechanicalpropertiesofalloysforshipandoffshorestructures• Fatigueandcorrosionfatigueofmaterialsanddetailsofstructures• ApplicationsofAcousticEmission(AE)inmarinetechnologydesigns• ProceduresofISO9001and14000forshipbuildingsector

realised proJects

rispect – risk-based expert system for through-life ship structural inspection and Maintenance and new-Build ship structural design, 7th Fp

newcoMat – new generation of constructive materials based on industrial waste in the concept of sustainable development, eureka e! 5415

dd – ‘Achievingprofessionalperfection’,TestinganddisseminatingmodernCAD/CAM/CAEintegratedsystemintoindustry,HumanCapitaloperational programme viii p. 8.2.2 – regional strategy of innovation, 7th Fp

generation Balt – linking maritime education with the changing job market for a new generation of Baltic sea experts, 7th Fp

sMart ps – sMart shipBudget: eur 500,000.00duration: 2016–2018Funding: era-net Martec ii

green inland ferry for gdanskBudget: eur 100,000.00duration: 2015–2016Funding: voivodship Fund for environmental protection and Water Management

09faculty of ocean engineering and ship technologydepartMent of ship Manufacturing technology, quality systeMs and Materials science

110

201


• NiklasK.,KozakJ.:Comparisonofstrainresultsatalaserweldnotchobtainedbynumericalcalculationsandexperimentalmeasurements,W: 26th polish national conference on Fatigue Failure and Fracture Mechanics, 2016, aMer inst physics.

• NiklasK.,KozakJ.:ExperimentalinvestigationofSteel–Concrete–Polymercompositebarrierfortheshipinternaltankconstruction//OCEANengineering. vol. 111, (2016), p. 449–460

• NiklasK.,KozakJ.:TheInfluenceofSelectedParametersofNumericalModellingonStrainsandStressesatWeldToeNotch//Internationalconference on lightweight design of Marine structures/ glasgow: asranet ltd, 2015, p. 136–141.

• NiklasK.,KozakJ.:Strengthanalysisofthesupportstructureoftheoffshorewindturbine//W:TowardsGreenMarineTechnologyandTransport/ed.CarlosGuedesSoares,RokoDejhalla,DuskoPavleticLondon:Taylor&FrancisGroup,CRCPress,2015,p.829–833.

• NiklasK.,KozakJ..TheInfluenceofModellingMaterialZonesonStrainsandStressesatWeldToeNotch.SolidStatePhenomena,2015,Vol.224, p. 187–191.

• KozakJ.:Problemsofanalysisofaxiallyloadedsteelbehaviorunderlaserweldedpanel//Mechanik.iss.12(2017),p.1180–1182.

• GełeszP.,KarczewskiA.,KozakJ.,LitwinW.,PiątekŁ.:DesignMethodologyforSmallPassengerShipsOntheExampleoftheFerryboatMotława2DrivenbyHybridPropulsionSystem//PolishMaritimeResearch.Vol.24,iss.S1(93)(2017),p.67–73.

• KarczewskiA.,KozakJ.:VARIANTDESIGNINGINthePRELIMINARYSMALLSHIPDESIGNPROCESS//PolishMaritimeResearch.Vol.24,No2(94) (2017), p. 77–82.

• KozakJ.:PossibilitiesforassesmentoftheangulardistortioninWeldedT-joint//Mechanik.No12(2016),p.1930–1931.

• NiklasK.,KozakJ.:Comparisonofstrainresultsatalaserweldnotchobtainedbynumericalcalculationsandexperimentalmeasurements,W: 26th polish national conference on Fatigue Failure and Fracture Mechanics, 2016, aMer inst physics.

• NiklasK.,KozakJ.:ExperimentalinvestigationofSteel–Concrete–Polymercompositebarrierfortheshipinternaltankconstruction//OCEANengineering. vol. 111, (2016), p. 449–460.

• KozakJ.,KowalskiJ.:THEINFLUENCEOFMANUFACTURINGOVERSIZINGONPOSTWELDINGDISTORTIONSOFTHEFILLETWELDEDJOINT//polish Maritime research. vol. 22, no 4(88) (2015), p. 59–63.

• KozakJ.,KowalskiJ.:ProblemsofDeterminationofWeldingAngularDistortionsofT-filletJointsinShipHullStructures//PolishMaritimeresearch. vol. 22, no 2 (86) (2015), p. 79–85.

contact person

JanuszKozak,Ph.D.,D.Sc. [email protected] +48 58 347 13 75, +48 58 347 11 20

prof.WieslawTarełko [email protected] +48 58 348 64 44

KarolNiklas,Ph.D. [email protected] +48 58 347 19 43

research area: fatigue of structure, new structural materials especially laser welded steel sand-wichpanels.Shipmanufacturingprocessesinthismetrology,destructive&non-destructivetestsof the steel construction. numerical modelling of elastic material behavior.

research area: design methodology of vessel maintenance characteristics (maintainability, design for assembly); safety of vessels (ship power plant operators, marine environment, specific purpose vessels); management of operation and maintenance of the ship power plant (optimiza-tion of working parameters of marine propulsion system).

professional and scientific interest in the field of design (cad), numerical simulations (Fea, cFd) and experimental testing of ship and offshore structures. professional analyst having 10 years of experience in performing strength calculations for ships and offshore structures. over 5 years of experience in performing cFd simulations, mainly for determination of hull resistance and seakeeping performance of vessels. hobby: yacht sailing, sightseeing.

202

09faculty of ocean engineering and ship technologydepartMent of hydroMechanics and hydroacoustics111

research issues

department conducts teaching of the theory of the ship, fluid mechanics and computational fluid dynamics, hydromechanics, characteristics of maritime ships and maritime objects, unsinkability, studies of physical fields of ships, acoustic protection in transport, acoustics and hydroacoustics and exploration of natural resources with acoustic methods.

realised proJects

wind-tupla/ design and analysis of the foundation and anchoring systeMs of offshore wind turBine platforMs for the southern BalticBudget: eur 267,000.00duration: 2013–2017Funding: program era–net Martec ii, executed in consortium

active unManned systeM for detection and identification of hazardous Materials in aquatic zoneBudget: eur 1,400,000.00duration: 2010–2013Funding: national centre for research and development (ncBir)

protection of the state Border on the vistula lagoon using Modern Methods of event detectionBudget: eur 855,000.00duration: 2013–2016 Funding: national centre for research and development

developMent of technology for the iMpleMentation and analysis of signatures of physical fields of watercraft in the aspect of passive defense of the shipBudget: eur 250,000.00 duration: 2009–2012 Funding: Ministry of science and higher education

Module for the physically MultidiMensional oBservation and recognition underwaterBudget: eur 340,000.00 duration: 2009–2011 Funding: Ministry of science and higher education

203

prof.EugeniuszKozaczka [email protected] +48 58 347 25 57

the systeM of Monitoring of sea areas in the lower half-sphere and analysis and archiving of reconnaissance dataBudget: eur 440,000.00 duration: 2012–2016 Funding: national centre for research and development


• DymarskiC.,DymarskiP.,ŻywickiJ.:TechnologyConceptofTLPPlatformTowingandInstallationinWaterswithDepthof60m//PolishMaritime research. vol. 24, iss. s1.

• ŻywickiJ.,DymarskiP.,CibaE.,DymarskiC.:DesignofStructureofTensionLegPlatformfor6MWOffshoreWindTurbineBasedOnFemanalysis// polish Maritime research. vol. 24, iss. s1 (2017), p. 230–241.

• GrelowskaG.,KozaczkaE.,SzymczakW.:AcousticimagingofselectedareasofGdanskBaywiththeaidofparametricechosounderandside-scan sonar// polish Maritime research. vol. 24, no 4(96) (2017).

• GrelowskaG.,KozaczkaE.:ThestudyofacousticclimateoftheSouthernBaltic//JournaloftheAcousticalSocietyofAmerica.Vol.28,(2016).

• GrelowskaG.:STUDYOFSEASONALACOUSTICPROPERTIESOFSEAWATERINSELECTEDWATERSOFTHESOUTHERNBALTIC//PolishMaritime research. vol. 23, no 1(89) (2016)

• DymarskiP.,CibaE.,MarcinkowskiT.:Effectivemethodfordeterminingenvironmentalloadsonsupportingstructuresforoffshorewindturbines// polish Maritime research. vol. 23, no 1(89) (2016).

• KozaczkaE.,GrelowskaG.,Theoreticalmodelofacousticwavepropagationinshallowwater,PolishMaritimeResearch,V.24,2,48-55,2017

• GrelowskaG.,KozaczkaE.,NonlinearpropertiesoftheGotlandDeep–BalticSea,ArchivesofAcoustics,Vol.40,4,595-600,2015

• WerykM.,KozaczkaE.,GrelowskaG.,Studyofnoisepropagationforsmallvessels,ArchivesofAcoustics,Vol.40,2,267-272,2015

• GrelowskaG.,KozaczkaE.,UnderwaterAcousticImagingoftheSea,ArchivesofAcoustics,Vol.39,4,439-452,2014

contact person

prof.GrażynaGrelowska [email protected] + 48 58 347 16 79

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09112

prof.ZbigniewKorczewski [email protected] +48 58 347 21 81

research issues

department offers professional courses and research regarding design of marine power plants and their systems. these activities include: • designofmarinepowerplantswithregardtoreliability,• diagnosticsandsafetyofmarinepowerplants,• decision-makingprocessofoperationcontrolofmarinedieselenginestakingintoaccountselectedoptimizationcriteria.

realised proJects

construction of the laBoratory stand for testing the innovative dry Method of exhaust gas desulfurization for an engine fed with residual fuel duration: 2015–2016Funding: voivodship Fund for environmental protection and Water Management

decisional process control systeMs operating crank-piston engines for Main propulsion of ships using technical diagnostics and the eMphasis on safety and environMental protectionduration: 2010–2013Funding: Ministry of higher education


• Korczewski Z.: a method to assess transverse vibration energy of ship propeller shaft for diagnostic purposes. polish Maritime research. vol. 24, no 4(96) (2017).

• KorczewskiZ.:Diagnostykaeksploatacyjnaokrętowychsilnikówspalinowych–tłokowychIturbinowych.Wybranezagadnienia.Wydaw-nictwo pg, gdańsk 2017 (in polish).

• RudnickiJ.,ZadrągR.:TechnicalStateAssessmentofChargeExchangeSystemofSelf-IgnitionEngine,BasedOntheExhaustGasCompo-sition testing. polish Maritime research. vol. 24, iss. ss1 (2017).

• SzymańskiP.,MikielewiczD.:Experimentalstudyofpressureriseattheevaporatorofcapillarypumpedloopwithacetoneandwaterasworking fluids. eXperiMental therMal and Fluid science. vol. 87, (2017).

• GirtlerJ.,ZielińskaE.:Analysisofcataliticreactorsusefulnesstoreducepollutiongeneratedbypistoncombustionengineswithregardtoship main engines. polish Maritime research. vol. 24, no 1(93) (2017).

• KorczewskiZ.:Exhaustgastemperaturemeasurementsindiagnosticsofturbochargedmarineinternalcombustionenginespartiidyna-mic measurements. polish Maritime research. vol. 23, no 1(89) (2016).

• KorczewskiZ.,MarszałkowskiK.,RudnickiJ.:Theconceptofresearchonecological,energyandreliabilityeffectsofmodifiedmarinefueloils application to supply compression-ignition engines in real conditions. combustion engines. 171(4 ) (2017).

contact person

faculty of ocean engineering and ship technologydepartMent of Marine and land power plants

205

research issues

equipment on board vessels (anchoring - mooring, towing, etc.). saving devices and systems for evacuation of people on board (davits and raft, dump boat systems, stern evacuation systems).steering gears. azimuth propellers and thrusters. adjustable propellers. active roll stabilizers, cables stabilizers and drilling riser. hydraulics systems. ship and boat cranes, and other loading facilities. devices and systems for fishing vessels. Bearing of main marine shafts. hybrid vessels propulsion systems. offshore renewable energy. equipment for generating energy of sea waves, currents and tides. design of suppor-ting offshore wind farms. anchoring platforms and other objects on the waters of the large depths.

ship collision risk measures and methods of assessing or visualizing ship collision risk. planning or determining ship collision avoidance manoeuvres by means of either deterministic algorithms (graph-based algorithms, maze routing algorithms etc.) or by means of ai-based meta-heuristics (especially evolutionary computation methods). detecting near-miss ship conflict situations by fuzzy or neuro-fuzzy classi-fiers based on data from automatic identification system. ship weather routing optimised by means of deterministic algorithms or ai-based meta-heuristics. Multi-objective weather routing of sailing vessels. Weather routing and collision avoidance in severe weather conditions. applying multiple ai tools and methods in other related marine navigation problems (especially in classification, prediction and multi-criteria or multi-objective optimisation tasks). Modelling using nurBs surfaces for single and multi-criteria optimisation purposes.

Moreinformation’sonDepartmentwebpagehttps://oio.pg.edu.pl/en

realised proJects

research on water luBricated sliding couples in conditions of iMproper luBrication conditionsBudget: eur 150 000duration: 2016–2019Funding: national science centre (ncn)

sMart ps – sMart shipBudget: eur 500,000duration: 2016 - 2018Funding: era- net Martec ii

green inland ferry for gdanskBudget: eur 100,000duration: 2015 - 2016Funding: voivodship Fund for environmental protection and Water Management

faculty of ocean engineering and ship technologydepartMent of Marine Mechatronics 09113

206


• LitwinW.,LeśniewskiW.,KowalskiJ.:ENERGYEFFICIENTANDENVIRONMENTALLYFRIENDLYHYBRIDCONVERSIONOFINLANDPASSEN-ger vessel// polish Maritime research. -vol. 24, nr. 4(96) (2017)

• KniatA.:Visualizationofalifeboatmotionduringloweringalongship’sside//PolishMaritimeResearch.-Vol.24,iss.4(2017)

• ŻywickiJ.,DymarskiP.,CibaE.,DymarskiC.:DesignofStructureofTensionLegPlatformfor6MWOffshoreWindTurbineBasedOnFemanalysis// polish Maritime research. -vol. 24, iss. s1 (2017)

• DymarskiC.,DymarskiP.,ŻywickiJ.:TechnologyConceptofTLPPlatformTowingandInstallationinWaterswithDepthof60m//PolishMaritime research. -vol. 24, iss. s1 (2017)

• DymarskiC.,DymarskiP.,KniatA.:SearchingforCriticalConditionsDuringLifeboatLaunching–Simulations//PolishMaritimeResearch.-vol. 24, nr. s1(93) (2017),

• SzłapczyńskiR.,SzłapczyńskaJ.:Reviewofshipsafetydomains:Modelsandapplications//OCEANENGINEERING.-Vol.145,(2017)

• SzłapczyńskiR.,SzlapczynskaJ.:Amethodofdeterminingandvisualizingsafemotionparametersofashipnavigatinginrestrictedwaters// ocean engineering. -vol. 129, (2017),

• SzłapczyńskiR.,KrataP.:Determiningandvisualizingsafemotionparametersofashipnavigatinginsevereweatherconditions//OCEANengineering (2018),

• ŻyczkowskiM.,SzłapczyńskiR.:Multi-objectiveweatherroutingofsailingvessels//PolishMaritimeResearch.-Vol.24,nr.4(95)(2017)

• ŻyczkowskiM.,KrataP.,SzłapczyńskiR.:Multi-objectiveweatherroutingofsailingvesselsconsideringwaveresistance.//PolishMaritimeresearch. -vol. 25, nr. 1(97) (2018),

• DymarskiC.,DymarskiP.:DevelopingMethodologyforModelTestsofFloatingPlatformsinLow-DepthTowingTank//ArchivesofCiviland Mechanical engineering. -vol. 16, iss. 1 (2016)

• LitwinW.,DymarskiC.:Experimentalresearchonwaterlubricatedmarinesterntubebearingsinconditionsofimproperlubricationandcooling causing rapid bush wear// triBology international. -vol. 95, (2016)

• MaczyszynA.:Methodofsumofpowerlossesasawayfordeterminingthekicoefficientsofenergylossesinhydraulicmotor//PolishMaritime research. -vol. 23, nr. 2 (90) 2017

contact person

Wojciech litwin, ph.d., d.sc. [email protected] +48 58 347 28 44

RafałSzłapczyński,Ph.D.,D.Sc. [email protected] +48 347 27 45

207

09114

faculty of ocean engineering and ship technologydepartMent of control and power engineering

research issues

research activities undertaken by the members of the department of control and power engineering are mainly connected to the analysis, modelling, designing, simulating, control and diagnostics of dynamic systems used both in the ship technology and energy control systems, particularly turbine drives.


• BreńkaczŁ.,ŻywicaG.,Drosińska-KomorM.:Theexperimentalidentificationofthedynamiccoefficientsoftwohydrodynamicjournalbearings operating at constant rotational speed and under nonlinear conditions.// polish Maritime research. vol. 24, no 4(96) (2017).

• DzidaM.,FrostJ.:OPERATIONOFTWO-SHAFTGASTURBINEINTHERANGEOFOPENANTI-SURGEVALVE//PolishMaritimeResearch.Vol.24, no 4(96) (2017).

• GhaemiM.,OlszewskiH.:TOTALSHIPOPERABILITY–REVIEW,CONCEPTANDCRITERIA//PolishMaritimeResearch.Vol.24,NoSI(93)(2017).

• GhaemiM.,Reichert,S.,KrupaA.,SawczakM.,Zykova,A.,LobachK.,SayenkoS.,SvitlychnyiY.:ZirconiaceramicswithadditionsofAlumi-na for advanced tribological and biomedical applications// ceraMics international. vol. 43, iss. 13 (2017).

• GirtlerJ.,DzidaM.:Operationevaluationmethodformarineturbinecombustionenginesintermsofenergetics//PolishMaritimeRese-arch. vol. 23, no 4(92) (2016).

• KowalczykT.,GłuchJ.,ZiółkowskiP.:Analysisofpossibleapplicationofhigh-temperaturenuclearreactorstocontemporarylarge-outputsteam power plants on ships// polish Maritime research. vol. 23, no 2(90) (2016).

contact person

Marek dzida, ph.d., d.sc. +48 58 347 21 35 [email protected]

208

research issues

experts on shell structures and thin-walled members mechanics, stability of structures, fatigue strength, optimisation and sensitivity analy-sis, as well as fluid-structure coupling and subsoil or seabed interaction with structures. the main research objects are ship and yacht hulls, offshore platforms, wind turbines, pipelines, fuel tanks and sailing gear of vessels. We are concerned with steel and composite structures.


• SzymczakC.,KujawaM.:Bucklingofthin-walledcolumnsaccountingforinitialgeometricalimperfections//INTERNATIONALJOURNALOFnon-linear Mechanics. vol. 95, (2017).

• SzymczakC.,KujawaM.:Distortionalbucklingofthin-walledcolumnsofclosedquadraticcross-section//THIN-WALLEDSTRUCTURES.Vol.113, (2017).

• SzymczakC.,LubowieckaI.,SzepietowskaK.,TomaszewskaA.:Two-criteriaoptimisationproblemforventralherniarepair//COMPUTERMethods in BioMechanics and BioMedical engineering. iss. 7 (2017).

• LubowieckaI.,SzepietowskaK.,SzymczakC.,TomaszewskaA.:APRELIMINARYSTUDYONTHEOPTIMALCHOICEOFANIMPLANTANDITSORIENTATIONINVENTRALHERNIAREPAIR//JournalofTheoreticalandAppliedMechanics.Vol.54,iss.2(2016).

• SzymczakC.,KujawaM.:Onlocalbucklingofcold-formedchannelmembers//THIN-WALLEDSTRUCTURES.Vol.106,(2016).

• GórskiJ.,MikulskiT.,OziębłoM.,WinkelmannK.:Effectofgeometricimperfectionsonaluminiumsilocapacities//STAHLBAU.Vol.84,iss.1 (2015).

• ŁuczakM.,ManzatoS.,PeetersB.,BrannerK.,BerringP.,KahsinM.:UpdatingFiniteElementModelofaWindTurbineBladeSectionUsingExperimentalModalAnalysisResults//SHOCKANDVIBRATION.Vol.2014,iss.1(2014).

• RozmarynowskiB.,MikulskiT.:Selectedproblemsofsensitivityandreliabilityofajack-upplatform,PolishMaritimeResearch,No1(97)2018 vol. 22, pp.77-84.

contact person

tomasz Mikulski, phd eng. [email protected] 48 58 347 26 47

09115

faculty of ocean engineering and ship technologydepartMent of structural engineering

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list of aBBreviations and acronyMs

kBn state coMMittee for scientific research (KomitetBadańNaukowych) http://kbn.icm.edu.pl/en/index.html

Mnisw Ministry for science and higher education (MinisterstwoNaukiiSzkolnictwaWyższego) http://www.nauka.gov.pl/en/

Mon Ministry of national defense (Ministerstwo obrony narodowej) http://en.mon.gov.pl/

ncBir national centre for research and developMent (narodowe centrum Badań i rozwoju) http://www.ncbr.gov.pl/en/

ncn national science centre (narodowe centrum nauki) https://www.ncn.gov.pl/?language=en

research offer 2018 - Politechnika Gdańska€¦ · faculty of applied physics and Mathe01 Matics...

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