LEMBAR BASIL PENILAIAN SEJAWAT SEBIDANG ATAU PEER REVIEW

KARYA ILMIAH PROSIDING

Judul Karya Ilmiah

Jumlah Penulis Status Pengusul ldentitas Prosiding

Model simulations of noise pollution due to departures and approaches of passenger aircrafts around Achmad Y ani airport Semarang - Indonesia 4 orang Penulis ke-2 a Judul Prosiding

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2nd International Conference of Industrial Mechanical Electrical and Chemical Engineering (ICIMECE) 2016 978-146738504-620 I 7 Yogyakarta IndonesiaInstitute of Electrical and Electronics EngineersInchttps ieeexplore ieeeorgdocument7910442httpsdoiorg101109ICIMECE2016 7910442Scopus

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G] Prosiding Forum Ilmiah Intemasional D Prosiding Forum Ilmiah Nasional

Hasil Penilaian Peer Review

Komponen Yang Dinilai

a Kelenekapan unsur isi prosiding (10)b Ruang linrucup dan kedalaman pembahasan (30)C Kecukupan dan kemutahiran datainformasi dan

metodologi (30)d Kelemdcapan unsur dan kualitas terbitanprosidina(30)Total = (100)

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Reviewer 1

Reviewer II

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Juni 2019

Prof Dr Ir Syafrudin CES MT NIP 195811071988031001

Nilai Rata-rata

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Unit Kerja Departemen T Lingkungan FT UNDIP

a

b

C

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LEMBAR HASIL PENILAIAN SEJA WAT SEBIDANG ATAU PEER REVIEW

KARY A ILMIAH PROSIDING

Judul Karya llmiah (Artikel)

Jumlah Penulis Status Pengusul Penulis Prosiding

Identitas Prosiding

Kategori Publikasi Prosiding (beri pada kategori yang tepat)

Hasil Penilaian Peer Review

Komponen Yang Dinilai

Kelengkapan dan kesesuaian unsur isi prosidin2 (10) Ruang lingkup dan kedalaman pembahasan (30) Kecukupan dan kemutahiran data informasi dan metodolo2i (30) Kelengkapan unsur dan kualitas oenerbit (30)

Model simulations of noise pollution due to departures and approaches of passenger aircrafts around Achmad Yani airport Semarang -Indonesia

4 Orang

Penulis Pendamping (Kedua) Pertiwi Andarani Titik lstirokhatun Glorian Suhariani Wiwik

Budiawan

a Judul Prosiding

b e-ISBNc doiURLd Tahun Terbite Penerbit

f Jml Halaman

2nd International Conference of Industrial Mechanical Electrical and Chemical Engineering (ICIMECE) 2016

978-146738504-6 101109ICIMECE20167910442 2017 Institute of Electrical and Electronics Engineers Inc

5 (147-151)

Prosiding llmiah Intemasional terindeks Scopus Prosiding llmiah Internasional Prosiding llmiah Nasional

Nilai Maksimal Prosidin1 Nilai Akhir Yang

Intemasional Intemasional Nasional Diperoleh

terindeks Scopus

3 25

9 8

9 8

9 8 -

Total= (100 ) 30 26S 14t Nilai Penusul = (403) x 26S = JSJ Catalan Penilaian artikel oleh Reviewer 1 Kesesuaian dan kelen2kanan unsur Isl prosidingSesuai dengan lopikjudul terkait kelengkapan unsur yang dibahas2 Ruan2 lln2kun dan kednlaman nembahasanCukup memadai dcngan kedalaman ilmu membran yang dibutuhkan di teknik lingkunganJ Kecukunan dnn kemutahlran datalnformasl dan metodolo2iCukup memadai yang dilengkapi visualisasi basil pcngamatan dengan pembahasan yang didukung 27 referensi4 Kelenkanan unsur kualltas nenerbitKualitas penerbit baik dibuktikan dengan terindcks scopus dan memiliki h-indeks = 12S lndlkasi nla2laslRelatif baik yang ditunjukan oleh similarity indeks 9 dengan 9 publikasi6 Kesesualan bldan2 llmuSesuai komoetensi ilmu teknik lingkungan terkait pencemaran akibat kebisingan

Semarang Juni 2019 Reviewer I

Nama NIP Jabatan Fungsional Unit Kerja

7 Prof Dr Ir Syafrudin CES MT 1PM 195811071988031001 Guru Besar Dept Teknik Lingkungan UNDIP

T I

1 Kesesuaian dan kelen2kanan unsur Isl prosiding

Scopus

Document details

12 of 17

Model simulations of noise pollution due to departures and approaches ofpassenger aircrafts around Achmad Yani airport Semarang -Indonesia (Conference Paper)

Dept of Environmental Engineering Faculty of Engineering Diponegoro University (UNDIP) Semarang IndonesiaDept of Industrial Engineering Faculty of Engineering Diponegoro University (UNDIP) Semarang Indonesia

AbstractAchmadYani Airport in Semarang city Indonesia is an airport operated by PT AngkasaPura1 which can service 32million passengers annually in 2013 Unfortunately air transportation can cause numerous environmental damageswith serious consequences on population health such as noise Noise control of an airport operation can be evaluatedits effectiveness through noise contour As a first step to evaluate the noise control the objective of this study is todevelop a noise contour around AchmadYani Airport by using INM (Integrated Noise Model) and to measure the areaof each category based on the Government Ordinance No 402012 In this research the simulation was conducted onSaturday schedule when the lowest number of aircraft operations was scheduled (44 departures and 44 approaches)According to this study the area category level I II and III using WECPNL (Weighted Equivalent Perceived NoiseLevel)are 6774 km 2701 km and 132 km respectively There are a hospital and six schools located in the areacategoryI Further study is needed to identify possible noise control at AchmadYani Airport copy 2016 IEEE

SciVal Topic Prominence

Topic

Prominence percentile 97835

Author keywordsAchmad Yani Airport airport noise INM noise contour WECPNL

Indexed keywords

Engineeringcontrolled terms

Air transportation Noise pollution Transportation

Engineeringuncontrolled terms

Aircraft operations Airport noise Environmental damage Integrated noise models

Noise contours Passenger aircrafts Perceived noise level WECPNL

Engineering mainheading

Airports

Back to results Previous Next

Export Download Print E-mail Save to PDF ⋆ Add to List More

View at Publisher

2016 2nd International Conference of Industrial Mechanical Electrical and ChemicalEngineering ICIMECE 201624 April 2017 Article number 7910442 Pages 147-1512nd International Conference of Industrial Mechanical Electrical and Chemical EngineeringICIMECE 2016 Royal Ambarrukmo HotelYogyakarta Indonesia 6 October 2016 through 7October 2016 Category numberCFP16PAE-ART Code 127471

Andarani Pa Istirokhatun Ta Suhariani Ga Budiawan Wb a

b

View references (17)

2 2 2

Noise | Noise pollution | Transportation noise

ISBN 978-146738504-6Source Type Conference Proceeding

DOI 101109ICIMECE20167910442Document Type Conference Paper

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(2014) Transportation ResearchPart D Transport andEnvironment

(2013) Transportation ResearchPart D Transport andEnvironment

(2017) Transport Infrastructureand Systems - Proceedings of theAIIT International Congress onTransport Infrastructure andSystems TIS 2017

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Set citation alert

Set citation feed

Current assessment and futureprojections of noise pollution atAnkara Esenboga Airport Turkey

Ozkurt N

Comparing aircraft noisepollution and cost-risk effects ofinland and offshore airports Thecase of Dalian InternationalAirport Dalian China

Yan H-K Wang N Wei L

Modeling airport noise usingartificial neural networks andnon-linear analysis

De Luca M Festa DC GuidoG

View all related documents basedon references

Authors Keywords

a

b

C

d

LEMBAR HASIL PENILAIAN SEJA WAT SEBIDANG ATAU PEER REVIEW

KARY A ILMIAH PROSIDING

Judul Karya llmiah (Artikel)

Jumlah Penulis Status Pengusul Penulis Prosiding

Identitas Prosiding

Kategori Publikasi Prosiding (beri pada kategori yang tepat)

Hasil Penilaian Peer Review

Komponen Yang Dinilai

Kelengkapan dan kesesuaian unsur isi prosidin2 (10) Ruang lingkup dan kedalaman pembahasan (30) Kecukupan dan kemutahiran data informasi dan metodolo2i (30) Kelengkapan unsur dan kualitas oenerbit (30)

Model simulations of noise pollution due to departures and approaches of passenger aircrafts around Achmad Yani airport Semarang -Indonesia

4 Orang

Penulis Pendamping (Kedua) Pertiwi Andarani Titik lstirokhatun Glorian Suhariani Wiwik

Budiawan

a Judul Prosiding

b e-ISBNc doiURLd Tahun Terbite Penerbit

f Jml Halaman

2nd International Conference of Industrial Mechanical Electrical and Chemical Engineering (ICIMECE) 2016

978-146738504-6 101109ICIMECE20167910442 2017 Institute of Electrical and Electronics Engineers Inc

5 (147-151)

Prosiding llmiah Intemasional terindeks Scopus Prosiding llmiah Internasional Prosiding llmiah Nasional

Nilai Maksimal Prosidin1 Nilai Akhir Yang

Intemasional Intemasional Nasional Diperoleh

terindeks Scopus

3 25

9 8

9 8

9 8 -

Total= (100 ) 30 26S 14t Nilai Penusul = (403) x 26S = JSJ Catalan Penilaian artikel oleh Reviewer 1 Kesesuaian dan kelen2kanan unsur Isl prosidingSesuai dengan lopikjudul terkait kelengkapan unsur yang dibahas2 Ruan2 lln2kun dan kednlaman nembahasanCukup memadai dcngan kedalaman ilmu membran yang dibutuhkan di teknik lingkunganJ Kecukunan dnn kemutahlran datalnformasl dan metodolo2iCukup memadai yang dilengkapi visualisasi basil pcngamatan dengan pembahasan yang didukung 27 referensi4 Kelenkanan unsur kualltas nenerbitKualitas penerbit baik dibuktikan dengan terindcks scopus dan memiliki h-indeks = 12S lndlkasi nla2laslRelatif baik yang ditunjukan oleh similarity indeks 9 dengan 9 publikasi6 Kesesualan bldan2 llmuSesuai komoetensi ilmu teknik lingkungan terkait pencemaran akibat kebisingan

Semarang Juni 2019 Reviewer I

Nama NIP Jabatan Fungsional Unit Kerja

7 Prof Dr Ir Syafrudin CES MT 1PM 195811071988031001 Guru Besar Dept Teknik Lingkungan UNDIP

T I

1 Kesesuaian dan kelen2kanan unsur Isl prosiding

Scopus

Document details

12 of 17

Model simulations of noise pollution due to departures and approaches ofpassenger aircrafts around Achmad Yani airport Semarang -Indonesia (Conference Paper)

Dept of Environmental Engineering Faculty of Engineering Diponegoro University (UNDIP) Semarang IndonesiaDept of Industrial Engineering Faculty of Engineering Diponegoro University (UNDIP) Semarang Indonesia

AbstractAchmadYani Airport in Semarang city Indonesia is an airport operated by PT AngkasaPura1 which can service 32million passengers annually in 2013 Unfortunately air transportation can cause numerous environmental damageswith serious consequences on population health such as noise Noise control of an airport operation can be evaluatedits effectiveness through noise contour As a first step to evaluate the noise control the objective of this study is todevelop a noise contour around AchmadYani Airport by using INM (Integrated Noise Model) and to measure the areaof each category based on the Government Ordinance No 402012 In this research the simulation was conducted onSaturday schedule when the lowest number of aircraft operations was scheduled (44 departures and 44 approaches)According to this study the area category level I II and III using WECPNL (Weighted Equivalent Perceived NoiseLevel)are 6774 km 2701 km and 132 km respectively There are a hospital and six schools located in the areacategoryI Further study is needed to identify possible noise control at AchmadYani Airport copy 2016 IEEE

SciVal Topic Prominence

Topic

Prominence percentile 97835

Author keywordsAchmad Yani Airport airport noise INM noise contour WECPNL

Indexed keywords

Engineeringcontrolled terms

Air transportation Noise pollution Transportation

Engineeringuncontrolled terms

Aircraft operations Airport noise Environmental damage Integrated noise models

Noise contours Passenger aircrafts Perceived noise level WECPNL

Engineering mainheading

Airports

Back to results Previous Next

Export Download Print E-mail Save to PDF ⋆ Add to List More

View at Publisher

2016 2nd International Conference of Industrial Mechanical Electrical and ChemicalEngineering ICIMECE 201624 April 2017 Article number 7910442 Pages 147-1512nd International Conference of Industrial Mechanical Electrical and Chemical EngineeringICIMECE 2016 Royal Ambarrukmo HotelYogyakarta Indonesia 6 October 2016 through 7October 2016 Category numberCFP16PAE-ART Code 127471

Andarani Pa Istirokhatun Ta Suhariani Ga Budiawan Wb a

b

View references (17)

2 2 2

Noise | Noise pollution | Transportation noise

ISBN 978-146738504-6Source Type Conference Proceeding

DOI 101109ICIMECE20167910442Document Type Conference Paper

PlumX MetricsUsage Captures MentionsSocial Media and Citationsbeyond Scopus

Metrics

0 Citations in Scopus

0 Field-Weighted

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Cited by 0 documents

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Related documents

(2014) Transportation ResearchPart D Transport andEnvironment

(2013) Transportation ResearchPart D Transport andEnvironment

(2017) Transport Infrastructureand Systems - Proceedings of theAIIT International Congress onTransport Infrastructure andSystems TIS 2017

Find more related documents inScopus based on

Set citation alert

Set citation feed

Current assessment and futureprojections of noise pollution atAnkara Esenboga Airport Turkey

Ozkurt N

Comparing aircraft noisepollution and cost-risk effects ofinland and offshore airports Thecase of Dalian InternationalAirport Dalian China

Yan H-K Wang N Wei L

Modeling airport noise usingartificial neural networks andnon-linear analysis

De Luca M Festa DC GuidoG

View all related documents basedon references

Authors Keywords

1 Kesesuaian dan kelen2kanan unsur Isl prosiding

Scopus

Document details

12 of 17

Model simulations of noise pollution due to departures and approaches ofpassenger aircrafts around Achmad Yani airport Semarang -Indonesia (Conference Paper)

Dept of Environmental Engineering Faculty of Engineering Diponegoro University (UNDIP) Semarang IndonesiaDept of Industrial Engineering Faculty of Engineering Diponegoro University (UNDIP) Semarang Indonesia

AbstractAchmadYani Airport in Semarang city Indonesia is an airport operated by PT AngkasaPura1 which can service 32million passengers annually in 2013 Unfortunately air transportation can cause numerous environmental damageswith serious consequences on population health such as noise Noise control of an airport operation can be evaluatedits effectiveness through noise contour As a first step to evaluate the noise control the objective of this study is todevelop a noise contour around AchmadYani Airport by using INM (Integrated Noise Model) and to measure the areaof each category based on the Government Ordinance No 402012 In this research the simulation was conducted onSaturday schedule when the lowest number of aircraft operations was scheduled (44 departures and 44 approaches)According to this study the area category level I II and III using WECPNL (Weighted Equivalent Perceived NoiseLevel)are 6774 km 2701 km and 132 km respectively There are a hospital and six schools located in the areacategoryI Further study is needed to identify possible noise control at AchmadYani Airport copy 2016 IEEE

SciVal Topic Prominence

Topic

Prominence percentile 97835

Author keywordsAchmad Yani Airport airport noise INM noise contour WECPNL

Indexed keywords

Engineeringcontrolled terms

Air transportation Noise pollution Transportation

Engineeringuncontrolled terms

Aircraft operations Airport noise Environmental damage Integrated noise models

Noise contours Passenger aircrafts Perceived noise level WECPNL

Engineering mainheading

Airports

Back to results Previous Next

Export Download Print E-mail Save to PDF ⋆ Add to List More

View at Publisher

2016 2nd International Conference of Industrial Mechanical Electrical and ChemicalEngineering ICIMECE 201624 April 2017 Article number 7910442 Pages 147-1512nd International Conference of Industrial Mechanical Electrical and Chemical EngineeringICIMECE 2016 Royal Ambarrukmo HotelYogyakarta Indonesia 6 October 2016 through 7October 2016 Category numberCFP16PAE-ART Code 127471

Andarani Pa Istirokhatun Ta Suhariani Ga Budiawan Wb a

b

View references (17)

2 2 2

Noise | Noise pollution | Transportation noise

ISBN 978-146738504-6Source Type Conference Proceeding

DOI 101109ICIMECE20167910442Document Type Conference Paper

PlumX MetricsUsage Captures MentionsSocial Media and Citationsbeyond Scopus

Metrics

0 Citations in Scopus

0 Field-Weighted

Citation Impact

Cited by 0 documents

Inform me when this documentis cited in Scopus

Related documents

(2014) Transportation ResearchPart D Transport andEnvironment

(2013) Transportation ResearchPart D Transport andEnvironment

(2017) Transport Infrastructureand Systems - Proceedings of theAIIT International Congress onTransport Infrastructure andSystems TIS 2017

Find more related documents inScopus based on

Set citation alert

Set citation feed

Current assessment and futureprojections of noise pollution atAnkara Esenboga Airport Turkey

Ozkurt N

Comparing aircraft noisepollution and cost-risk effects ofinland and offshore airports Thecase of Dalian InternationalAirport Dalian China

Yan H-K Wang N Wei L

Modeling airport noise usingartificial neural networks andnon-linear analysis

De Luca M Festa DC GuidoG

View all related documents basedon references

Authors Keywords

Scopus

Document details

12 of 17

Model simulations of noise pollution due to departures and approaches ofpassenger aircrafts around Achmad Yani airport Semarang -Indonesia (Conference Paper)

Dept of Environmental Engineering Faculty of Engineering Diponegoro University (UNDIP) Semarang IndonesiaDept of Industrial Engineering Faculty of Engineering Diponegoro University (UNDIP) Semarang Indonesia

AbstractAchmadYani Airport in Semarang city Indonesia is an airport operated by PT AngkasaPura1 which can service 32million passengers annually in 2013 Unfortunately air transportation can cause numerous environmental damageswith serious consequences on population health such as noise Noise control of an airport operation can be evaluatedits effectiveness through noise contour As a first step to evaluate the noise control the objective of this study is todevelop a noise contour around AchmadYani Airport by using INM (Integrated Noise Model) and to measure the areaof each category based on the Government Ordinance No 402012 In this research the simulation was conducted onSaturday schedule when the lowest number of aircraft operations was scheduled (44 departures and 44 approaches)According to this study the area category level I II and III using WECPNL (Weighted Equivalent Perceived NoiseLevel)are 6774 km 2701 km and 132 km respectively There are a hospital and six schools located in the areacategoryI Further study is needed to identify possible noise control at AchmadYani Airport copy 2016 IEEE

SciVal Topic Prominence

Topic

Prominence percentile 97835

Author keywordsAchmad Yani Airport airport noise INM noise contour WECPNL

Indexed keywords

Engineeringcontrolled terms

Air transportation Noise pollution Transportation

Engineeringuncontrolled terms

Aircraft operations Airport noise Environmental damage Integrated noise models

Noise contours Passenger aircrafts Perceived noise level WECPNL

Engineering mainheading

Airports

Back to results Previous Next

Export Download Print E-mail Save to PDF ⋆ Add to List More

View at Publisher

2016 2nd International Conference of Industrial Mechanical Electrical and ChemicalEngineering ICIMECE 201624 April 2017 Article number 7910442 Pages 147-1512nd International Conference of Industrial Mechanical Electrical and Chemical EngineeringICIMECE 2016 Royal Ambarrukmo HotelYogyakarta Indonesia 6 October 2016 through 7October 2016 Category numberCFP16PAE-ART Code 127471

Andarani Pa Istirokhatun Ta Suhariani Ga Budiawan Wb a

b

View references (17)

2 2 2

Noise | Noise pollution | Transportation noise

ISBN 978-146738504-6Source Type Conference Proceeding

DOI 101109ICIMECE20167910442Document Type Conference Paper

PlumX MetricsUsage Captures MentionsSocial Media and Citationsbeyond Scopus

Metrics

0 Citations in Scopus

0 Field-Weighted

Citation Impact

Cited by 0 documents

Inform me when this documentis cited in Scopus

Related documents

(2014) Transportation ResearchPart D Transport andEnvironment

(2013) Transportation ResearchPart D Transport andEnvironment

(2017) Transport Infrastructureand Systems - Proceedings of theAIIT International Congress onTransport Infrastructure andSystems TIS 2017

Find more related documents inScopus based on

Set citation alert

Set citation feed

Current assessment and futureprojections of noise pollution atAnkara Esenboga Airport Turkey

Ozkurt N

Comparing aircraft noisepollution and cost-risk effects ofinland and offshore airports Thecase of Dalian InternationalAirport Dalian China

Yan H-K Wang N Wei L

Modeling airport noise usingartificial neural networks andnon-linear analysis

De Luca M Festa DC GuidoG

View all related documents basedon references

Authors Keywords

References (17)

(2015) Current Market Outlook 2015-2034 Accessed on March2016

(2015) Annual Report in 2014 Jakarta Angkasa Pura Airports Accessed on March

Sari D Ozkurt N Akdag A Kutukoglu M Gurarslan A

(2014) Science of the Total Environment 482-483 (1) pp 472-479

doi 101016jscitotenv201307091

Kiani Sadr M Nassiri P Hosseini SM Monavari M Gharagozlou A

(2014) Journal of Air Transport Management 34 pp 49-56

doi 101016jjairtraman201307009

AhyaniAssessment of Noise Control in Husein Sastranegara Airport-Bandung Master Thesis Environmental Engineering Department Institut Teknologi Bandung 2013 (in IndonesianLanguage)

(2016) Aircraft Noise and Noise MonitoringFAA (Federal Aviation Administration)Accessed August 5

FAA Office of Environment and EnergyINM Users Guide Federal Aviation Administration

(2014) Northern California Optimization of Airspace and Procedures in the Metroplex Aircraft NoiseTechnical ReportATAC August 7

(1969) ICAO Doc8857

Original language English SponsorsPublisher Institute of Electrical and Electronics Engineers Inc

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All Export Print E-mail Save to PDF Create bibliography

1 Cited 107 times

Boeing

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AngkasaPura1

3

Measuring the levels of noise at the Istanbul Atatuumlrk Airport and comparisons withmodel simulations

Cited 10 timeswwwelseviercomlocatescitotenv

View at Publisher

4

Assessment of land use compatibility and noise pollution at Imam KhomeiniInternational Airport

Cited 10 timeswwwelseviercomincapublicationsstore30438

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httpwwwfaagovairportsairport-developmentompFAQNoise-Monitoringprint=goq6

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Yoshioka H Yamada IConsideration to noise index for evaluating airport noise in Japan(2004) The 33rd International Congress and Exposition on Noise Control Engneering (INTER-NOISE 2004)Prague August 22-25

Fyhri A Aasvang GM

(2010) Science of the Total Environment 408 (21) pp 4935-4942 doi 101016jscitotenv201006057

Aydin Y Kaltenbach M

(2007) Clinical Research in Cardiology 96 (6) pp 347-358 doi 101007s00392-007-0507-y

Yan H-K Wang N Wei L Fu Q

(2013) Transportation Research Part D Transport and Environment 24 pp 37-43

doi 101016jtrd201305005

Primanda FBNoise Mapping Due to Aircraft Activities Using INM Software in the Vicinity of Soekarno-Hatta InternationalAirportBachelor Thesis Study Program of Environmental Engineering University of Indonesia 2012 (in IndonesianLanguage)

Analyzing WECPNL and Grouping of Noise Area Category Around Achmad Yani Airport-SemarangEnvironmental Agency unpublished (in Indonesian Language)

Suau-Sanchez P Pallares-Barbera M Pauumll V

(2011) Journal of Transport Geography 19 (2) pp 275-284 doi 101016jjtrangeo201002005

Vogiatzis K

(2012) Science of the Total Environment 424 pp 162-173 doi 101016jscitotenv201202036

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10

11

Noise sleep and poor health Modeling the relationship between road traffic noise andcardiovascular problems

Cited 108 times

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12

Noise perception heart rate and blood pressure in relation to aircraft noise in thevicinity of the Frankfurt airport

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Comparing aircraft noise pollution and cost-risk effects of inland and offshore airportsThe case of Dalian International Airport Dalian China

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Incorporating annoyance in airport environmental policy Noise societal response andcommunity participation

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Airport environmental noise mapping and land use management as an environmentalprotection action policy tool The case of the Larnaka International Airport (Cyprus)

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Organization and Committees

Conference Advisers

1 Agus Purwanto (Sebelas Maret University)

2 Dwi Hendratmo W (Bandung Institute of Technology)

3 Budiyono (Diponegoro University)

Steering Committee

1 (Sebelas Maret University)

2 M Agung Wibowo (Diponegoro University)

3 Dwi Aries Himawanto (Sebelas Maret University)

4 Kuncoro Diharjo (Sebelas Maret University)

5 Sulistyo Saputra (Sebelas Maret University)

6 Susy Susmartini (Sebelas Maret University)

7 Muhammad Nizam (Sebelas Maret University)

8 Margono (Sebelas Maret University)

9 Syamsul Hadi (Sebelas Maret University)

10 Eko Pujiyanto (Sebelas Maret University)

11 Augustinus Sujono (Sebelas Maret University)

Program Chair

Wahyudi Sutopo (Sebelas Maret University)

Co-Chairs

1 Umar Khayam (Bandung Institute of Technology)

2 Naniek Utami Handayani (Diponegoro University)

Technical Program

1 Muh Hisjam (Sebelas Maret University)

2 Wakhid Ahmad Jauhari (Sebelas Maret University)

3 Burhanuddin Halimi (Sebelas Maret University)

4 Diyah Dwi Nugraheni (Sebelas Maret University)

5 Susatyo Nugroho W P (Diponegoro University)

General Secretaries

1 Pringgo Widyo Laksono (Sebelas Maret University)

2 M Mujiya Ulkhaq (Diponegoro University)

Treasuries

1 Rina W Astuti (Sebelas Maret University)

2 Diana Puspita Sari (Diponegoro University)

Conference Programs

1 Chico Hermanu B A (Sebelas Maret University)

2 Taufiq Al-Makmun (Sebelas Maret University)

3 Yusuf Priyandari (Sebelas Maret University)

4 Dyan Ika Rinawati (Diponegoro University)

Logistic

1 Ilham Priadythama (Sebelas Maret University)

2 Fakharina Fahma (Sebelas Maret University)

3 Rahmaniyah Dwi Astuti (Sebelas Maret University)

4 Yusuf Widharto (Diponegoro University)

Publication and Website

1 Haryono Setiadi (Sebelas Maret University)

2 Irfan Hilmi Hamdani (Sebelas Maret University)

3 Wiwik Budiawan (Diponegoro University)

International Technical Committee

1 Agung Tri Wijayanta (Sebelas Maret University Indonesia)

2 Agus Purwanto (Sebelas Maret University Indonesia)

3 Alfadhlani (University of Andalas Indonesia)

4 Anugerah Widiyanto (PPT Indonesia)

5 Arfan Bakhtiar (Diponegoro University Indonesia)

6 Arief Syaichu Rohman (Bandung Institute of Technology Indonesia)

7 Arien Heryansyah (University of Technology Malaysia)

8 Aries Susanty (Diponegoro University Indonesia)

9 Ario Sunar Baskoro (Universty of Indonesia Indonesia)

10 Azah Mohamed (Universiti Kebangsaan Malaysia Malaysia)

11 Bambang Purwanggono (Diponegoro University Indonesia)

12 Bambang Suhardi (Sebelas Maret University Indonesia)

13 Budi Santosa (Sebelas Maret University Indonesia)

14 Cucuk Nur Rosyidi (Sebelas Maret University Indonesia)

15 D Danardono (Sebelas Maret University Indonesia)

16 Danardono Agus Sumarsono (University of Indonesia Indonesia)

17 Dida Diah Damayanti (Telkom University Indonesia)

18 Dina Sonalaila (Southampton University United Kingdom)

19 Dwi Aries Himawanto (Sebelas Maret University Indonesia)

20 Eka Firmansyah (Gadjah Mada University Indonesia)

21 Eko Pujiyanto (Sebelas Maret University Indonesia

22 Eko Supriyanto (University of Technology Malaysia)

23 Emir Mauludi Husni (Bandung Institute of Technology Indonesia)

24 Evizal (University of Technology Malaysia)

25 Hennie Husniah (University of Langlangbuana Indonesia)

26 Hery Suliantoro (Diponegoro University Indonesia)

27 Hilwadi Hindersah (Bandung Institute of Technology Indonesia)

28 Ida Ayu (University of Technology Malaysia)

29 Inayati (Sebelas Maret University Indonesia)

30 Indrawanto (Bandung Institute of Technology Indonesia)

31 Isao Nakajima (Tokai University Japan)

32 Jayan Sentanuhadi (Gadjah Mada University Indonesia)

33 Jupriyanto (PT Indo Pacific Communication and Defense Indonesia)

34 Ken Ferens (Univsersity of Manitoba Canada)

35 Kuncoro Diharjo (Sebelas Maret University Indonesia)

36 Kuncoro Harto Widodo (Gadjah Mada University Indonesia)

5 Susatyo Nugroho W P (Diponegoro University)

General Secretaries

1 Pringgo Widyo Laksono (Sebelas Maret University)

2 M Mujiya Ulkhaq (Diponegoro University)

Treasuries

1 Rina W Astuti (Sebelas Maret University)

2 Diana Puspita Sari (Diponegoro University)

Conference Programs

1 Chico Hermanu B A (Sebelas Maret University)

2 Taufiq Al-Makmun (Sebelas Maret University)

3 Yusuf Priyandari (Sebelas Maret University)

4 Dyan Ika Rinawati (Diponegoro University)

Logistic

1 Ilham Priadythama (Sebelas Maret University)

2 Fakharina Fahma (Sebelas Maret University)

3 Rahmaniyah Dwi Astuti (Sebelas Maret University)

4 Yusuf Widharto (Diponegoro University)

Publication and Website

1 Haryono Setiadi (Sebelas Maret University)

2 Irfan Hilmi Hamdani (Sebelas Maret University)

3 Wiwik Budiawan (Diponegoro University)

International Technical Committee

1 Agung Tri Wijayanta (Sebelas Maret University Indonesia)

2 Agus Purwanto (Sebelas Maret University Indonesia)

3 Alfadhlani (University of Andalas Indonesia)

4 Anugerah Widiyanto (PPT Indonesia)

5 Arfan Bakhtiar (Diponegoro University Indonesia)

6 Arief Syaichu Rohman (Bandung Institute of Technology Indonesia)

7 Arien Heryansyah (University of Technology Malaysia)

8 Aries Susanty (Diponegoro University Indonesia)

9 Ario Sunar Baskoro (Universty of Indonesia Indonesia)

10 Azah Mohamed (Universiti Kebangsaan Malaysia Malaysia)

11 Bambang Purwanggono (Diponegoro University Indonesia)

12 Bambang Suhardi (Sebelas Maret University Indonesia)

13 Budi Santosa (Sebelas Maret University Indonesia)

14 Cucuk Nur Rosyidi (Sebelas Maret University Indonesia)

15 D Danardono (Sebelas Maret University Indonesia)

16 Danardono Agus Sumarsono (University of Indonesia Indonesia)

17 Dida Diah Damayanti (Telkom University Indonesia)

18 Dina Sonalaila (Southampton University United Kingdom)

19 Dwi Aries Himawanto (Sebelas Maret University Indonesia)

20 Eka Firmansyah (Gadjah Mada University Indonesia)

21 Eko Pujiyanto (Sebelas Maret University Indonesia

22 Eko Supriyanto (University of Technology Malaysia)

23 Emir Mauludi Husni (Bandung Institute of Technology Indonesia)

24 Evizal (University of Technology Malaysia)

25 Hennie Husniah (University of Langlangbuana Indonesia)

26 Hery Suliantoro (Diponegoro University Indonesia)

27 Hilwadi Hindersah (Bandung Institute of Technology Indonesia)

28 Ida Ayu (University of Technology Malaysia)

29 Inayati (Sebelas Maret University Indonesia)

30 Indrawanto (Bandung Institute of Technology Indonesia)

31 Isao Nakajima (Tokai University Japan)

32 Jayan Sentanuhadi (Gadjah Mada University Indonesia)

33 Jupriyanto (PT Indo Pacific Communication and Defense Indonesia)

34 Ken Ferens (Univsersity of Manitoba Canada)

35 Kuncoro Diharjo (Sebelas Maret University Indonesia)

36 Kuncoro Harto Widodo (Gadjah Mada University Indonesia)

8 Aries Susanty (Diponegoro University Indonesia)

9 Ario Sunar Baskoro (Universty of Indonesia Indonesia)

10 Azah Mohamed (Universiti Kebangsaan Malaysia Malaysia)

11 Bambang Purwanggono (Diponegoro University Indonesia)

12 Bambang Suhardi (Sebelas Maret University Indonesia)

13 Budi Santosa (Sebelas Maret University Indonesia)

14 Cucuk Nur Rosyidi (Sebelas Maret University Indonesia)

15 D Danardono (Sebelas Maret University Indonesia)

16 Danardono Agus Sumarsono (University of Indonesia Indonesia)

17 Dida Diah Damayanti (Telkom University Indonesia)

18 Dina Sonalaila (Southampton University United Kingdom)

19 Dwi Aries Himawanto (Sebelas Maret University Indonesia)

20 Eka Firmansyah (Gadjah Mada University Indonesia)

21 Eko Pujiyanto (Sebelas Maret University Indonesia

22 Eko Supriyanto (University of Technology Malaysia)

23 Emir Mauludi Husni (Bandung Institute of Technology Indonesia)

24 Evizal (University of Technology Malaysia)

25 Hennie Husniah (University of Langlangbuana Indonesia)

26 Hery Suliantoro (Diponegoro University Indonesia)

27 Hilwadi Hindersah (Bandung Institute of Technology Indonesia)

28 Ida Ayu (University of Technology Malaysia)

29 Inayati (Sebelas Maret University Indonesia)

30 Indrawanto (Bandung Institute of Technology Indonesia)

31 Isao Nakajima (Tokai University Japan)

32 Jayan Sentanuhadi (Gadjah Mada University Indonesia)

33 Jupriyanto (PT Indo Pacific Communication and Defense Indonesia)

34 Ken Ferens (Univsersity of Manitoba Canada)

35 Kuncoro Diharjo (Sebelas Maret University Indonesia)

36 Kuncoro Harto Widodo (Gadjah Mada University Indonesia)

37 Nur Yuniarto (Sepuluh Nopember Institute of Technology Indonesia)

38 Mahfudz Al-Huda (BPPT Indonesia)

39 Muhammad Nur (Sepuluh Nopember Institute of Technology Indonesia)

40 Muhammad Reza (ABB Sweden)

41 Mukmin Widyanto A (Bandung Institute of Technology Indonesia)

42 Mustofa (Sekolah Tinggi Manajemen Industri Indonesia)

43 Naniek Utami Handayani (Diponegoro University Indonesia)

44 Novie Susanto (Diponegoro University Indonesia)

45 Pekik Argo Dahono (Bandung Institute of Technology Indonesia)

46 Pranoto Hidaya Rusmin (Bandung Institute of Technology Indonesia)

47 Ratna Purwaningsih (Diponegoro University Indonesia)

48 Rini Dharmastiti (Universitas Gadjah Mada Indonesia)

49 Singgih Saptadi (Diponegoro University Indonesia)

50 Stefanus Eko (Sepuluh Nopember Institute of Technology Indonesia)

51 Sunu Herwi Pranolo (Sebelas Maret University Indonesia)

52 Susy Susmartini (Sebelas Maret UniversityIndonesia)

53 Suyitno (Sebelas Maret University Indonesia)

54 Tanika Dewi Sofianti (Swiss German University Indonesia)

55 Triyono (Sebelas Maret University Indonesia)

56 Jonrinaldi (Andalas University Indonesia)

OPTION

Highlight

CONTENTS

Electrical Engineering I

6A1-2 X-Band Antenna Design for Indonesian Ground Surveillance Man Pack

Radar

1

6A1-3 Crossroads traffic density monitoring and injection mitigation through

visual recognition

4

6A1-4 Piezoelectric Transformer with Pulse Dropping Technique for High

Voltage Generation

10

6A1-5 Influence of manufacturing process on Soft-Magnetic Properties of Iron

Powder

14

Supply Chain and Business

6B1-1 Investigating Total Cost and Service Level of Parts with Different

Booking Type Using Continuous Review Method

18

6B1-2 A Periodic Review Model for Vendor-Buyer System with Inspection

Errors and Adjusted Production Rate

22

6B1-3 A Closed-Loop Supply Chain Model for Supplier-Manufacturer-

Retailer System with Rework and Waste Disposal

27

6B1-4 Q Inventory Model with Product Expiry And Product Return On

Pharmaceutical Products At Hospital Kardinah

33

6B1-5 Pre-Test Market Results of Commercializing New Technologies A

Case Study of Eco-Absorber

38

Mechanical and Chemical Process

6C1-1 Fabrication and Integration of PDMS-Glass Based Microfluidic with

Optical Absorbance Measurement Device for Coliform Bacteria

Detection

46

6C1-2 Biocomposite of Super Absorbent Polymer (SAP) from Rice Straw-

Polyacrylamida (PAM) and Corncob-Polyacrylamida (PAM) Synthesis

and Characterization

52

6C1-3 Mass Transfer Study on the Microwave Heating of Cured Vanilla Pods

Extraction by applying Isolated Rumen Liquid of Cellulase

55

6C1-4 A Study on The Adsorption Equilibrium and Kinetics of Methylene Blue

onto Orange Peel Wastes as Biosorbents

59

6C1-5 Effect of internal resistance mismatch on performance of battery pack

LiFePO4

63

6C1-6 Overcut and Material Removal Rate on Electrochemical Machining of

Alumunium and Stainless Steel using Isolated Brass Electrode

69

Electrical Engineering II

6A2-1 Design of Experiments to Parameter Setting in a Genetic Algorithm for

Optimal Power Flow with TCSC Device

73

6A2-2 System of Wavelet Transform on Partial Discharge Signal Denoising 79

6A2-3 Design of Hilbert Antenna as Partial Discharge Sensor 84

6A2-4 Overtaking assistant system (OAS) with fuzzy logic method using

camera sensor

89

6A2-5 Electromyography (EMG) Signal Recognition Using Combined

Discrete Wavelet Transform Based on Artificial Neural Network (ANN)

95

Decision Making

6B2-1 Performance Criteria Development of Maintenance Service Provider

Using Case Study Approach Analysis

100

792019 Piezoelectric transformer with pulse dropping technique for high voltage generation - IEEE Conference Publication

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Conferences gt 2016 2nd International Confer

4 Author(s) Mochammad Facta Hermawan Zainal Salam Zolkafle Buntat View All Authors

Piezoelectric transformer with pulse dropping technique for high voltagegenerationPublisher IEEE

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Abstract

Document Sections

I Introduction

II PiezoelectricTransformer

III Design of PulseDropping Techniqueand Inverter

4 Conclusion

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Figures

References

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Abstract This paper describes implementation design and analysis of piezoelectric transformer with pulsedropping technique to produce high voltage The main contribution is the i View more

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Published in 2016 2nd International Conference of Industrial Mechanical Electrical and ChemicalEngineering (ICIMECE)

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AbstractThis paper describes implementation design and analysis of piezoelectric transformer with pulse droppingtechnique to produce high voltage The main contribution is the implementation of pulse dropping mode ininverter switching mechanism to decrease heat of piezoelectric transformer during the high voltagegeneration Piezoelectric transformer fed by inverter in this work is dedicated to generate high voltage in highfrequency How ever load current drawn from the transformer causes temperature rise and deterioration ofinternal elements of piezoelectric As operating temperature reach the maximum limit the output voltage ofpiezoelectric becomes non sinusoidal and decreases in magnitude In pulse dropping technique there aretwo modes in period of inverter switching The first mode is called as power injection and the second is calledas relaxation period The experiments was carried out by a high frequency inverter power MOSFET as powerelectronic switch KW06-559 infra red thermometer to detect temperature of piezoelectric transformer andresistive-capacitive component as a load Without the use of pulse dropping technique during experiment thetemperature of piezoelectric reached the maximum limit at 70degC voltage output was unstable and thepiezoelectric was easy to crack It was found that first mode maintained high voltage output at 245 kV peakto peak and the second mode successfully maintained the average temperature of piezoelectric in the rangeof 35-40degC

Date of Conference 6-7 Oct 2016

Date Added to IEEE Xplore 27 April 2017

ISBN Information

INSPEC Accession Number 16839097

DOI 101109ICIMECE20167910415

Publisher IEEE

Conference Location Yogyakarta Indonesia

Mochammad FactaElectrical Engineering Department Universitas Diponegoro Kampus UNDIP Tembalang Semarang -Indonesia

HermawanElectrical Engineering Department Universitas Diponegoro Kampus UNDIP Tembalang Semarang -Indonesia

Zainal SalamElectrical Faculty Universiti Teknologi Malaysia Skudai Johor - Malaysia

Zolkafle BuntatElectrical Faculty Universiti Teknologi Malaysia Skudai Johor - Malaysia

I IntroductionHigh voltage generation in small dimension is widely demanded as power supply for various applications

More Like This

A temperature-dependent power MOSFET model forswitching application2009 15th International Workshop on ThermalInvestigations of ICs and SystemsPublished 2009

Design of an integrated power MOSFET switch for useup to 1356 MHzIEE Colloquium on Power Semiconductor DevicesPublished 1994

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Contents

6B2-2 Decision Support System of SMB Telkom University Roadshow

Location Prioritization With Weighted Sum Model Method

107

6B2-3 The Evaluation of Criteria and Subcriteria of Research Project Selection

Using Fuzzy Analytical Hierarchy Process Method

112

6B2-4 Feasibility Study of Industrial Projects A Fuzzy AHP Approach 118

6B2-5 Enhancing Competitiveness of Ready Made Garment Small-Medium

Enterprises through Logistics Performance Measurement Using SCOR

Method

123

Ergonomics and Product Design I

6C2-1 Using NASA Task Load Index And Maslach Burnout Inventory For

Evaluating The Subjective Mental And Physical Workload Of Nurse

Central Surgical Installation Hospitals Karanganyar

127

6C2-2 Applying Deep Fryer And Spinner Experiments for Optimization

Multiresponse Water Content and Fat Content of Oyster Mushroom

Chips Using Taguchi and PCR-TOPSIS Methods

132

6C2-3 Ergonomic Checkpoints as the Base of Stamping Station Work Facilities

Improvement

136

6C2-4 Applying Hazard Analysis Critical Control Point (HACCP) for

Production Process of Oyster Mushroom Chips in Small and Medium

Enterprise (SME)

142

6C2-5 Model Simulations of Noise Pollution due to Departures and

Approaches of Passenger Aircrafts around Achmad Yani Airport

Semarang - Indonesia

147

Electrical Engineering III

7A1-1 Light Sensor Selection of Wi-MoLS (Wireless Modern Light Sensor)

Based on Analytic Hierarchy Process (AHP)

152

7A1-2 Performance on Precision Analysis of Mobile Robot Map Making

Device

156

7A1-3 An Analysis of Automatic Balance Evaluator and Rehabilitation

Instrument System Processing

161

7A1-4 A Hysteresis Current Controller for Grid-Connected Inverter with

Reduced Losses

167

7A1-5 Comparative analysis well to wheel fuel economy and emission of

conventional and alternative vehicle in Surakarta Indonesia

171

7A1-6 Design Implementation and Testing of Partial Discharge Signal

Processing System

175

Ergonomics and Product Design II

7B1-1 Analysis of the Community Website Usability Using Koohangrsquos Model

Based on Performance Task Comparison Result (Case Study

Kaskuscoid)

180

7B1-2 Evaluation and Designing Street Lighting with Solar Cell A Case Study 186

7B1-3 Designing Size of Batik Shirt For Male College Student in Surakarta

Using Anthropometric Data (Case Study Male College Student of

Industrial Engineering Major in Surakarta)

192

7B1-4 Analysis of Potential Work Accidents Using Hazard Identification Risk

Assessment and Risk Control (HIRARC) Method

196

7B1-5 Review of Intelligent Wheelchair Technology Control Development in

the last 12 Years

201

792019 Feasibility study of industrial projects A fuzzy AHP approach - IEEE Conference Publication

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Conferences gt 2016 2nd International Confer

4 Author(s) Masoud Rahiminezhad Galankashi Maryam Moffarahi Muhammad Hisjam Syed Ahmad Hhellip View All Authors

Feasibility study of industrial projects A fuzzy AHP approachPublisher IEEE

1PaperCitation

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Abstract

Document Sections

I Introduction

II Literature Review

III Research Steps

IV Proposed Framework

V Project Evaluation

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Figures

References

Citations

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Abstract The main objective of this research is to develop a Fuzzy Analytic Hierarchy Process(FAHP) for the aim of conducting feasibility study in the electrical industries Rega View more

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Published in 2016 2nd International Conference of Industrial Mechanical Electrical and ChemicalEngineering (ICIMECE)

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AbstractThe main objective of this research is to develop a Fuzzy Analytic Hierarchy Process (FAHP) for theaim of conducting feasibility study in the electrical industries Regardless of the numerous quantity ofresearches on feasibility study and related techniques proposing an integrated approach to combineand unify critical factors of feasibility with analytic approaches is less investigated To fill this gap thisstudy was conducted to develop a framework to evaluate the feasibility of industrial project alignedwith addressing a FAHP to assist managers for selecting the best alternative Particularly 6 keyindicators proper for feasibility study of industrial projects were proposed using literature survey Thevalidity of proposed indicators was accredited using a Nominal Group Technology (NGT) Theproposed indicators were used to assist an investment company to evaluate three projects Finally aFAHP were used to choose the best choice with the aim of proposed indicators Therefore theranking of industrial projects is the main result of this study

Date of Conference 6-7 Oct 2016

Date Added to IEEE Xplore 27 April 2017

ISBN Information

INSPEC Accession Number 16839116

DOI 101109ICIMECE20167910430

Publisher IEEE

Conference Location Yogyakarta Indonesia

Masoud Rahiminezhad GalankashiDepartment of Materials Manufacturing and Industrial Engineering Faculty of MechanicalEngineering Universiti Teknologi Malaysia Skudai Johor Malaysia

Maryam MoffarahiInformatics Lab Department of Industrial engineering Inha University Incheon South Korea

Muhammad HisjamDepartment of Industrial Engineering Faculty of Engineering Sebelas Maret University SurakartaIndonesia

Syed Ahmad HelmiDepartment of Materials Manufacturing and Industrial Engineering Faculty of MechanicalEngineering Universiti Teknologi Malaysia Skudai Johor Malaysia

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An approach for prioritizing supplier selectioncriteria through consensus building using AnalyticHierarchy Process and Fuzzy set theory2013 IEEE International Conference on SignalProcessing Computing and Control (ISPCC)Published 2013

The Application of Fuzzy Analytic HierarchyProcess (F-AHP) in Engineering ProjectManagement2018 IEEE 5th International Conference onEngineering Technologies and Applied Sciences(ICETAS)Published 2018

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Contents

792019 Ergonomic checkpoints as the base of stamping station work facilities improvement - IEEE Conference Publication

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Conferences gt 2016 2nd International Confer

4 Author(s) Bambang Suhardi Nabilla Zoratoshi Pringgo Widyo Laksono Benette Custodio View All Authors

Ergonomic checkpoints as the base of stamping station work facilitiesimprovementPublisher IEEE

1PaperCitation

81FullText Views

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Abstract

Document Sections

I Introduction

II Methodology

III Results andDiscussions

IV Conclusion

AttachmentI

Ergonomiccheckpoints

Authors

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Abstract Work productivity in the stamping station in Batik Merak Manis Laweyan is one of the keycomponents to the business continuity Using ergonomics checkpoints with results View more

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Published in 2016 2nd International Conference of Industrial Mechanical Electrical and ChemicalEngineering (ICIMECE)

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AbstractWork productivity in the stamping station in Batik Merak Manis Laweyan is one of the keycomponents to the business continuity Using ergonomics checkpoints with results validated througha Focus Group Discussion hand tools and machine safety was identified as the major area forproduction process improvement This research aims to improve the production process bydesigning ergonomic work facilities From observation the hand tools and machine safety isprimarily associated with the work table the cooker table for the candle and the batik stamp Informulating the improved design the rational method by Cross was used specifically the four stagesdesign process clarifying objectives establishing function (penetapan fungsi) setting requirementsand determining characteristics Improved stamping stations work facilities such as the work tableand batik stamps handle cover were designed incorporating the workers need ergonomicprinciples and anthropometric measurement

Date of Conference 6-7 Oct 2016

Date Added to IEEE Xplore 27 April 2017

ISBN Information

INSPEC Accession Number 16839112

DOI 101109ICIMECE20167910440

Publisher IEEE

Conference Location Yogyakarta Indonesia

Bambang SuhardiDepartment of Industrial Engineering Sebelas Maret University Surakarta Indonesia

Nabilla ZoratoshiDepartment of Industrial Engineering Sebelas Maret University Surakarta Indonesia

Pringgo Widyo LaksonoDepartment of Industrial Engineering Sebelas Maret University Surakarta Indonesia

Benette CustodioDepartment of Industrial Engineering University of the Philippines Diliman Philippines

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Worker productivity occupational health safetyand environmental issues in thermal power plant2009 IEEE International Conference on IndustrialEngineering and Engineering ManagementPublished 2009

Comparative Analysis on Domestic and OverseasErgonomics Research2006 International Conference on ManagementScience and EngineeringPublished 2006

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Contents

792019 Model simulations of noise pollution due to departures and approaches of passenger aircrafts around Achmad Yani airport Semarang hellip

httpsieeexploreieeeorgdocument7910442authorsauthors 12

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IEEEorg IEEE Xplore Digital Library| IEEE-SA| IEEE Spectrum| More Sites| Cart (0) Create Account| Personal Sign In|

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Conferences gt 2016 2nd International Confer

4 Author(s) Pertiwi Andarani Titik Istirokhatun Glorian Suhariani Wiwik Budiawan View All Authors

Model simulations of noise pollution due to departures and approaches ofpassenger aircrafts around Achmad Yani airport Semarang mdash IndonesiaPublisher IEEE

73FullText Views

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Abstract

Document Sections

I Introduction

II Methodology

III Results andDiscussion

IV Conclusions

Authors

Figures

References

Keywords

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Footnotes

Downl

PDF

Abstract AchmadYani Airport in Semarang city Indonesia is an airport operated by PT AngkasaPura1which can service 32 million passengers annually in 2013 Unfortunately air tr View more

Metadata

Published in 2016 2nd International Conference of Industrial Mechanical Electrical and ChemicalEngineering (ICIMECE)

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AbstractAchmadYani Airport in Semarang city Indonesia is an airport operated by PT AngkasaPura1 which canservice 32 million passengers annually in 2013 Unfortunately air transportation can cause numerousenvironmental damages with serious consequences on population health such as noise Noise control ofan airport operation can be evaluated its effectiveness through noise contour As a first step to evaluatethe noise control the objective of this study is to develop a noise contour around AchmadYani Airport byusing INM (Integrated Noise Model) and to measure the area of each category based on the GovernmentOrdinance No 402012 In this research the simulation was conducted on Saturday schedule when thelowest number of aircraft operations was scheduled (44 departures and 44 approaches) According to thisstudy the area category level I II and III using WECPNL (Weighted Equivalent Perceived NoiseLevel)are 6774 km 2701 km and 132 km respectively There are a hospital and six schoolslocated in the area categoryI Further study is needed to identify possible noise control at AchmadYaniAirport

2 2 2

Date of Conference 6-7 Oct 2016

Date Added to IEEE Xplore 27 April 2017

ISBN Information

INSPEC Accession Number 16839130

DOI 101109ICIMECE20167910442

Publisher IEEE

Conference Location Yogyakarta Indonesia

Pertiwi AndaraniDept of Environmental Engineering Faculty of Engineering Diponegoro University (UNDIP) SemarangIndonesia

Titik IstirokhatunDept of Environmental Engineering Faculty of Engineering Diponegoro University (UNDIP) SemarangIndonesia

Glorian SuharianiDept of Environmental Engineering Faculty of Engineering Diponegoro University (UNDIP) SemarangIndonesia

Wiwik BudiawanDept of Industrial Engineering Faculty of Engineering Diponegoro University (UNDIP) SemarangIndonesia

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Airport configuration planning with uncertain weatherand noise abatement procedures29th Digital Avionics Systems ConferencePublished 2010

Development of continuous descent approachconcepts for noise abatement [ATC]Proceedings The 21st Digital Avionics SystemsConferencePublished 2002

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Contents