enviBUILD INTERNATIONAL CONFERENCE30 M. Libralato – Comparison between Glaser method and Heat, Air...

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Building and Environment: From Research to Application Detailed Conference Program September 7 and 8, 201 BUILD envi 2017 INTERNATIONAL CONFERENCE BUILDINGS AND ENVIRONMENT

Transcript of enviBUILD INTERNATIONAL CONFERENCE30 M. Libralato – Comparison between Glaser method and Heat, Air...

BuildingandEnvironment:FromResearchtoApplication

DetailedConferenceProgram

September 7 and 8, 201

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BUILD envi 2017

INTERNATIONAL CONFERENCE

BUILDINGSANDENVIRONMENT

THURSDAY7thofSeptember2017

T0.0ConferenceOpening(Thursday7thofSeptember2017,09:30,HS7)

Chair:M.Schuss,U.Pont

09:30Openingceremony&WelcomeNotebyProf.R.Scheuvens,DeanoftheFaculty09:45J.Preiss/CityofVienna–BuildingSciencefromtheViewpointofacityadministrationbody10:15A.Mahdavi–Theproblemwithpeople(PlenaryLecture)

T1.1.SustainableBuildingsandEnvironmentalAssessmentI(Thursday7thofSeptember2017,11:30–13:00,HS7)

Chair:F.Tahmasebi

11:30F.Kleemann–Wastepreventionintheprefabricatedbuildingsector11:45C.DiNoi–LCA-BasedDesignSupportforaSeniorCitizens’Residence12:00T.Ashrafian–EnergyandCostPerformanceofExistingBuildingsunderStep-By-StepRetrofitinTurkey12:15M.Honic–BIM-BasedMaterialPassport(MP)asanOptimizationToolforIncreasingtheRecyclabilityofBuildings12:30B.Kiss–AVisualMethodforDetailedAnalysisofBuildingLifeCycleAssessmentResults12:45M.Babenko–HybridMulti-FunctionalBuildingsforSustainableDevelopmentofRuralAreas

T2.1.BuildingMaterialsandStructuresI(Thursday7thofSeptember2017,11:30–13:00,HS6)

Chair:A.Fadai

11:30J.Zach–SustainableMaterialswithPotentialApplicationasCoreMaterialsinVacuumInsulations11:45I.Chmurny–ThermalPerformanceTestingforWindowwithVacuumGlazing12:00U.Pont–Theapplicationpotentialofvacuumglazinginbuilding’sthermalretrofit:ACaseStudy12:15U.Pont–Transparentfacadeconstructions:Acomparisonstudybetweenconventionalinsulationglassandvacuumglazing.12:30F.Oswald–GripFixingInsteadofAdhesive-ExteriorInsulationFinishingSystems(EIFS)asaSortedRecyclableFaçadeSystemwithReclosableFastenerFixationT1.2.SustainableBuildingsandEnvironmentalAssessmentII(Thursday7thofSeptember2017,14:00–15:30,HS7)

Chair:F.Kleemann

14:00K.Hammerberg–ApproachestoUrbanWeatherModeling:AViennaCaseStudy14:15D.Tudiwer–Livingwallsystems’effectontheU-valueofthefaçade14:30D.Ayeny–AReviewoftheImpactofVegetationinSolarControltowardsEnhancedThermalComfortandEnergyPerformanceinBuildings14:45S.Eikemeier–Simulation-SupportedEarlyStageDesignOptimisationforaCaseStudyofLifeCycleOrientedBuildings15:00N.Moazzen–Assessmentofthelifecycleenergyofaprimaryschoolbuildinginturkey

THURSDAY7thofSeptember2017

T2.2.BuildingMaterialsandStructuresII(Thursday7thofSeptember2017,14:00–15:30,HS6)

Chair:F.Oswald

14:00W.Winter–DevelopmentofPrefabricatedTimber-Steel-ConcreteRibbedDecks14:15A.Fadai–DevelopmentofTimber-WoodLightweightConcrete-GlassCompositeforMulti-StoryFaçades14:30B.Necasova–CaseStudyonComparisonofJointSealantAdhesivePropertiesTestedinLaboratoryandIn-Situ14:45D.Staffenova–AnUpdateinLightweightWoodenWallResearch15:00M.Rusinova–AssessmentoftheDynamicTemperatureProfileinFireLoadedSandwichStructuresBasedonWoodinComparisonwithConventionalStructuralSystems15:15J.Hodul–UtilizationofWasteGlassasProgressiveFillerinPolymerAnchorMaterialBasedonEpoxyResinT1.3.HygrothermalPerformanceofBuildings(Thursday7thofSeptember2017,16:00–17:30,HS7)

Chair:I.Chmurny

16:00C.Moser–SimulationStudyofaNovelSolarThermalSeasonalHeatStorageSystemBasedonStableSupercooledPCMforSpaceHeatingandDomesticHotWaterSupplyofSingleFamilyHouses16:15W.Lerch–EfficiencyIncreaseofSolarHeatedBuildingsbyThermalActivationofConstructionElements16:30M.Libralato–ComparisonbetweenGlasermethodandHeat,AirandMoisturetransientmodelformoisturemigrationinbuildingenvelopes16:45S.Aien–PredictivePerformanceofHygro-ThermalSimulationModels:ACaseStudy17:00P.Turcsanyi–Thermo-PhysicalandEnvironmentalEvaluationofChosenPartsofanUltra-Low-EnergyFamilyHousesT2.3.SmartBuildings,SmartCities(Thursday7thofSeptember2017,16:00–17:30,HS6)

Chair:U.Pont

16:00U.Pont–AssessingEnergyProfilesofUrbanNeighborhoods:AStreamlinedGIS-BasedApproach16:15U.Pont–PerformanceEnquiriesRegardingTraditionalandContemporaryIndonesianArchitecture:AHolisticApproach16:30M.Schuss–ThermalPerformanceofKonradFrey’sPrefabricatedLow-costLoftHouse–ACaseStudyofapioneeringinstanceofsustainablearchitecture16:45P.Nageler–GenerationToolforAutomatedThermalCityModelling17:00Z.Kresevic–TheReturnofSpatialDimensionintoArchitecture

18:00FacultativewalkthroughViennacitycenter20:00ConferenceDinner:RathauskelleroftheRathausVienna(seeplan)

ConferenceDinner

Venue:WienerRasthauskellerRathausplatz1A-1010WienU-Bahn-StationRathaus–U2

FRIDAY8thofSeptember2017

F1.1.EnergyPerformanceofBuildingsI(Friday8thofSeptember2017,09:30–11:00,HS7)

Chair:M.Kalousek

09:30A.Gasparella–BuildingPhysicsandBuildingSimulation:AnIntegratedApproachtoEducationalPrograms09:45K.Hoffmann–AGuidelinefortheImplementationofanEnergyManagementSysteminFacilityManagementOrganisations10:00K.Menzel–AssessingFacilityMaintenanceModelsforDataCentres:StatusandDeficitsofCurrentFacilityManagementandMaintenanceConcepts10:15G.Pernigotto–DevelopmentofExtremeReferenceYearsforBuildingEnergySimulationScenarios10:30L.Tazky–EnergyLossthroughtheVentilatedAirChannelforHistoricalBuilding10:45P.Valdiserri–DynamicSimulationoftheEnergyPerformanceofaGroundSourceHeatPumpServingaBlockofFlats

F2.1.BuildingMaterialsandStructuresIII(Friday8thofSeptember2017,09:30–11:00,HS6)

Chair:R.Rabenseifer

09:30S.Cinar–PerformanceEvaluationofaBuildingIntegratedPhotovoltaic/ThermalSystemCombinedwithAir-To-WaterHeatPump09:45L.Horka–Simulationstudyofdryfloorheatingsystems10:00U.Pont–NumericthermalbridgesimulationandBuildingInformationModelling:Astructuredcouplingapproach10:15B.Sommer–Analyzingtherelationbetweeninputdataandkeyperformanceindicatorsforbuildingenergycertificates:Anapproachusingalgorithmicmodeling10:30G.Moncayo–RecentprogressintheEVAproject:EvaluationofvisionaryarchitecturalconceptsF1.2.EnergyPerformanceofBuildingsII(Friday8thofSeptember2017,11:30–13:00,HS7)

Chair:A.Gasparella

11:30A.Gasparella–AComparisonofThreeEvolutionaryAlgorithmsfortheOptimizationofBuildingDesign11:45C.Berger–UncertaintiesinBuildingEnergyCertification:Twocasestudiespertainingtozoning12:00D.Katunsky–TheImpactofVariousFactorsontheEnergyPerformanceofSelectedTypesofFamilyHouses12:15P.Penna–VillaCastelli–TransformationofhistoricalbuildingintoNearlyZeroEnergyBuilding12:30O.Sukrow–InvestigationofhistoricalVillaarchitectureundercombinedconsiderationofculturalandperformance-basedaspects12:45U.Pont–ThePotentialofDescriptiveBuildingSpecificationsasanAlternativetoDetailedNormativeCalculations

FRIDAY8thofSeptember2017

F2.2.BuildingMonitoringandAutomationI(Friday8thofSeptember2017,11:30–13:00,HS6)

Chair:M.Schuss

11:30B.Nagy–Hygrothermalanalysisofmineralwoolinsulatedbuildingconstructionsbasedonin-situmeasurements11:45P.Juras–MonitoringoftheAirflowaroundtheFaçadeofanOfficeBuilding12:00P.Juras–InitialResultsofMonitoringtheTemperatureontheFacadeofOfficeBuilding12:15A.Azarnejhad–OntheImpactofBuildingFaçades’ColoronThermalBuildingPerformanceandOutdoorThermalComfort12:30M.Schuss–AwebbaseddataprocessingconceptforBuildingDiagnosticsandPerformanceEvaluationF1.3.IndoorClimate,ThermalComfort,andVentilationI(Friday8thofSeptember2017,14:00–15:30,HS7)

Chair:M.EmreIlal

14:00M.Kovac–TheAnalysisofNightPre-CoolinginSchoolBuilding14:15V.Hoang–IntegratedThermal,DaylightandAirflowSimulationsUsingTRNLizard–aCaseStudy:InvestigatingNightFlushingPotentialforCoolinginanOpen-OfficeBuildingwithanAtriuminGermany14:30M.Budiakova–EvaluationofIndoorClimateinBigLectureHall14:45E.Keco–ThermalPerformanceofSchoolBuildings:ACaseStudyfromAlbania15:00M.Schuss–Comparisonofmeasuredandcalculatedairchangesduetosinglesidedwindowopenings–acasestudy

F2.3.BuildingMonitoringandAutomationII(Friday8thofSeptember2017,14:00–15:30,HS6)

Chair:K.Menzel

14:00J.Weyr–CommunicationAnalysisofHardware-In-The-LoopTestMethodforHeatPumpsandChillers14:15T.Schoberer–ComparisonoftheEnergyPerformanceofaHeatPumpunderVariousConditionsbyUsingaHardware-In-The-Loop(HIL)TestMethod14:30B.Bielek–ExperimentalQuantificationofAirPermeabilityofBuildingEnvelopewithInstalledControlledVentilationSystem–CaseStudy14:45F.Tahmasebi–Exploringthepredictiveperformanceofshadeusemodels15:00R.Slavik–MonitoringtheEffectiveAmbientandSkyTemperatureBasedonInfraredSensorforAdvancedThermalCalculations

FRIDAY8thofSeptember2017

F1.4.IndoorClimate,ThermalComfort,andVentilationII(Friday8thofSeptember2017,16:00–17:3,HS7)

Chair:O.Sikula

16:00R.Ponechal–ASimulationandMonitoringBasedCaseStudyRegardingtheDynamicThermalConditionsinNon-usedAtticSpace16:15O.Sikula–ModelingofRadiatorswithMassFlowControl16:30M.Kmecova–DesignofFireVentilationSystemforanUndergroundCarParkbyCFDSimulations16:45D.Cehelova–AtmosphericBoundaryLayerWindTunnelofSlovakUniversityofTechnologyinBratislava17:00M.Schuss–AnalysisofthermalcomfortandairqualityintheKindergartenHart–AcasestudyofauniquesustainablebuildingdesignF2.4.AcousticsandLighting(Friday8thofSeptember2017,16:00–17:30,HS6)

Chair:A.Mahdavi

16:00U.M.Coraglia–Acell-BasedMethodtoSupportHospitalRefurbishment16:15M.EmreIlal–CharacterizationofNoiseinEatingEstablishmentsBasedonPsychoacousticParameters16:30M.Vanca–LowFrequencyNoiseLevelAssessmentinVienna16:45N.Jakic–ExploringthePotentialofSimulationModelCalibrationanAcousticalRetrofitCaseStudy17:00M.Maringer–SuitabilityEvaluationofVisualIndicatorsonGlassWallsandDoorsforVisuallyImpairedPeople17:15N.Hauck–Visualimpairment,adaptationluminance,andglare:anempiricalinvestigation

ClosingCeremony

Chair:M.Schuss,U.Pont

Locationplan