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CopyrightAuthor IndexSession IndexCommitteesWelcome Message

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Welcome Message from General Chair and Technical Program Chair

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Welcome to Inter-Noise 2020!

On behalf of the Organizing Committee of Inter-noise 2020 and Korean Society for Noise and Vibration Engineering, it is our great pleasure to extend our warmest welcome to all of you to the 49th International Congress and Exposition on Noise Control Engineering: Inter-Noise 2020.

Inter-noise 2020, which was initially scheduled for 23 - 26 August 2020, is held as an e-congress, considering the global spread of COVID-19, health warnings and travel disruption. Even though the pandemic, more than 650 high-quality contributions can be found within the program, reflecting the congress theme “Advances in Noise and Vibration Control Technology”. In 18 parallel sessions, scientists and practicing engineers alike will share their research in areas.

In addition to the presentation of technical papers, the e-congress includes a plenary on Progress in NVH Technology for Future Mobility, a plenary on A cognitive approach to urban soundscapes, and three keynotes under the topics on ‘Spatial Hearing and Virtual Auditory Display’, ‘Acoustic Black Hole’, and ‘Floor impact sound transmission and control’. Especially in the Inter-Noise 2020, organizing committee set dual speakers for each keynote lecture for the first time in order to make active participation and interest from participants.

As those responsible for the congress, we would like to thank all the authors and session organizers for their contributions to the Inter-Noise 2020 and for their efforts to make the program complete. We also would like to extend our gratitude to the colleagues of the supporting committees and the organizing team. Finally, we wish to express our sincere appreciation to the sponsoring and supporting companies, institutions, and associations.

It has been an honor for us to support global noise and vibration control activities. We sincerely hope all participants of the Inter-noise 2020 an interesting e-meeting, many fruitful discussions, and a pleasant experience.

Yours sincerely,

Semyung Wang General Chair of Inter-noise 2020

Jin Yong Jeon, Technical Program Chair of Inter-noise 2020

Welcome Message from I-INCE President

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Dear Colleagues,

Welcome to this most unusual INTER-NOISE. First, I want to pass along my most sincere gratitude on behalf of all of the participants of the congress to the Organizing Committee and the leadership of KSNVE. The crisis of the coronavirus pandemic and associated travel restrictions forced a huge change in the congress. This created major changes to the program and demands for much more robust technical support. This effort was much more work than the organizers anticipated. It also created huge risks for the committee ranging from financial to technical to staffing. On behalf of all of the participants, I congratulate and thank the organizers for their success in turning the INTER-NOISE 2020 congress into an e-congress.

Also, a special thank you to the authors and presenters of the more that 600 papers and presentations in the program. Your willingness to utilize this new format and to provide the materials needed for the program are much appreciated. This congress will not be lacking in terms of the quality and scope of technical material. But, I am certainly looking forward to having the flexibility of managing my schedule to see all of the presentations and exhibitions I want to see.

As participants, I remind you to visit the exhibition. The vendors at the exhibition have put materials on the site for you to review and are available for your questions.

It is unfortunate that we won't see you in person in the vibrant city of Seoul. Like all of you, I was looking forward to visiting Seoul.

Enjoy INTER-NOISE 2020.

Sincerely,

Bob BernhardI-INCE President

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CommitteesOrganizing Committee

Honorary Chair: Yang-Hann KimKorea Advanced Institute of Science and Technology

General Chair: Semyung WangGwangju Institute of Science and Technology

Secretary Chair: Yeon June KangSeoul National University

Technical Chair: Jin Yong JeonHanyang University

Technical CommitteeJung-Woo ChoiKorea Advanced Institute of Science and Technology

Doo Ho LeeDong-Eui University

Jong Kwan RyuChonnam National University

Won Young YangHanyang University

Jae-Hung HanKorea Advanced Institute of Science and Technology

Joong Seok LeeChungnam National University

Hyu Sang KwonKorea Research Institute of Standards and Science

Wonju JeonKorea Advanced Institute of Science and Technology

Jun-Hong ParkHanyang University

Proceedings & Web / Social ProgramWon Suk OhmYonsei University

Proceedings & WebSeung Chul LeePohang University of Science and Technology

Registration & AccommodationSoo Il LeeUniverstiy of Seoul

Jeong-Ho JeongFire Insurers Laboratories of Korea

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SecretaryTae Ho KimKookmin University

Chan-Jung KimPukyung National University

Scientific Exhibition & SponsorshipYoung-Min ParkKorea Environment Institute

Byung Kwon LeeKorea Environment Institute

Jang Woo LeeLG Co., LTD

International Advisory Committee

Amiya MohantyIndia

Ichiro YamadaJapan

John Laurence DavyAustralia

Joseph C. S. LaiAustralia

Jun YangChina

Kohei YamamotoJapan

Li ChengHong Kong

Mingsan BaiTaiwan

Woon Seng GanSingapore

Antonio Perez-LopezSpain

Brigitte Schulte-FortkampGermany

Christian KirisitsAustria

David ThompsonUK

Dick BotteldoorenBelgium

Luigi MaffeiItaly

Otto von EstorffGermany

Sonia AntunesPortugal

Steve ElliottUK

Truls GjestlandNorway

Davi AkkermanBrazil

Noureddine AtallaCanada

Paul R. DonavanUSA

Patricia DaviesUSA

Robert J. BernhardUSA

Stephen A. HambricUSA

Stuart BoltonUSA

FinanceYong Hee KimKorea Conformity Laboratories

Social ProgramSung Hoon ChoiKorea Railroad Research Institute

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Session organizer

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Adam AlexanderAdrien PelatAlain Berry André FiebigAndy Chung Antonino di BellaAtsuo HiramitsuAyca Sentop DümenBeckett Y. Zhou Berndt ZeitlerBhan Lam Bilong LiuBirgit Rasmussen Bosun XieBrigitte Schulte-FortkampBryan R. BeamerByeongchan Lee ByungKwon Lee Carl HopkinsCarsten SpehrCatherine LavandierCatherine GustavinoChan-Jung Kim Charlotte ClarkCheol-Ho JeongChinsuk HongChristian Adams Csaba Horvath David HerrinDeepak C. AkiwateDick BotteldoorenDoo Ho LeeDouglas ManvellElke DeckersEoin A. King Ercan AltinsoyFabio SemperlottiFrancesco Aletta Gaetano LicitraGanta NaveenGiwoo Kim GukGon Song Haeseong Cho Hang KimHeemin Rho Hiroshi Sato Hongseok YangHou-gui ZhangHugo Fastl

Hui XieHyosig Kim Hyungiu ParkHyunMin Cho Hyun-Sil KimHyunwook Lee Ikjin LeeIrene van Kamp J. Stuart BoltonJae-Hung HanJae-Sung Bae Jae-Wook Kim Jan SpilskiJay KimJean Pierre ClairboisJean-Luc KouyoumjiJee Woong Choi Je-Heon Han Jeong-Guon IhJeong-Ho JeongJian Kang Jim ThompsonJin Woo Lee Jin Yong Jeon JinWoo NamJinYun Chung Jiyoung Hong John Laurence Davy Jong Kwan RyuJong-Nyeon Kim Jongseok Oh Joo Young Hong Joong Seok Lee Joonhee Lee Jordan CheerJordi Romeu Jun Yang Jungsoo RyueJun-Ho SuhJusang Park Kang-Ho Park Katarina PauvnovicKatsuya YamauchiKentaro Nakamura Kentaro TAKAGI Kian K. SepahvandKirill HoroshenkovKlaus GenuitKNaoaki Shinohara

Kwanju KimKyoung-Jin Chang KyoungWoo Kim Kyungmin BaikLaurent MaxitLi Cheng Luigi Maffei Ma Hui Mai-Britt Beldam Makoto MorinagaMarco CaniatoMarcos Holtz Mari Ueda Mark Brink Markus BoddenMassimo GaraiMélanie NolanMeng Qi Michelle C. VigeantMyoung-Woon Moon Ning Xiang Nobuyuki IWATSUKINo-Cheol ParkNorm Broner Noureddine AtallaOriol Guasch Osman Taha Sen P. F. Joseph Pamela JordanPapatya Nur Dokmeci YorukogluPatricia Davies Paul Donavan Peter D’AntonioPyoung Jik LeeQingsong FengRainir GuskiRandolph LeungRoland SottekSang Kwon LeeSang Kyu Park SangHee Park Sebastian GhinetSemiha YilmazerSeungchul Lee Shigenori YokoshimaShinichi SakamotoShiu-keung TangSiu-Kit Lau Soogab Lee

Sonoko KuwanoStephen A. HambricTakayuki HidakaSungChan LeeSung-Mook KangSung-Suk OhSung Hoon Choi Takashi YanoTakatoshi YokotaTakeo HashimotoTeresa BravoThomas LagöTimothy Van RenterghemToru WatanabeToshiki KitagawaTrond MaagTze Pei ChongUlf SandbergUmberto Berardi Van der Eerden FritsVenugopalan PallayilVicente Cutanda Henriquez Wanho ChoWanHo JeonWeikang JiangWon Hak Lee Wonju Jeon Woon Seng GanXiaozhen ShengYangfan LiuYong Hee Kim Young Sun KimYoungjin Park Youngkey KimYoung-sup Lee Yun JingZhong-Nan Wang

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PresidentRobert J. Bernhard

President-ElectLuigi Maffei

Immediate Past PresidentMarion Burgess

Secretary-GeneralPaul R. Donavan

TreasurerDouglas Manvell

Vice President, Europe AfricaCatherine Lavandier

Vice President, Asia-PacificYeon June Kang

Vice President, Pan-AmericaDavi Akkerman

Vice President, Development& Outreach

Gijsjan van Blokland

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Vice President, Technical ActivitiesPatricia Davies

Vice President, Rules and GovernanceSteve A. Hambric

Vice President, Communications and WebmasterJoe Cuschieri

INTER-NOISE 2018Charlie Moritz

INTER-NOISE 2017Li Cheng

INTER-NOISE 2016 Antonio Perez-Lopez

Director at Large Andre FiebigJ. Stuart BoltonJohn Davy

Distinguished Board MembersJoachim ScheurenOtto von Estorff

I-INCE Board

Plenary

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Session Index

Progress in NVH Technology for Future MobilityJaeheon Kim (Hyundai Motor Group)

Current trends in urban soundscape researchCatherine Gustavino (McGill University, Canada)

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Spatial Hearing and Virtual Auditory DisplayBosun Xie (South China University of Technology, China),Michelle C. Vigeant (Penn State University, USA)

Acoustic Black HoleWonju Jeon (KAIST, Korea),Mikhail A. Mironov (Andreyev Acoustics Institute, Russia)

Floor impact sound transmission and controlBerndt Zeitler (University of Applied Sciences Stuttgart, Germany),Atsuo Hiramitsu (Building Research Institute, Japan)

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Keynote

Select Paper Code (xx_xx_xxx) to Link to Paper.Adobe Acrobat or Acrobat Reader is recommended the default program

for opening PDF files.

Methodology for microstructure based fluid-acoustic property estimation of porous materialSung Soo Yang (Seoul National University), Yeon June Kang (Seoul National University), Hyeong Rae Lee (Hyundai Motor Group), Seong Je Kim (Hyundai Motor Group), Jung Wook Lee (Hyundai Motor Group)

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Session 2. Porous Materials Measurement and Modeling

Session Index

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A Time-domain Finite Volume Method approach for the Simulation of Sound Propagation in Porous MediumRui Zhang (Harbin Engineering University), Pingjian Ming (Harbin Engineering University), Wenping Zhang, (Harbin Engineering University), Xiaochen Zhao(Harbin Engineering University)

Broadband duct noise control by smart plate with piezoelectric elementsXiang Liu (The University of Hong Kong), Chunqi Wang (HKU-Zhejiang Institute of Research and Innovation), LixiHuang (The University of Hong Kong)

Experimental Study on the Sound Insulation Performance of Periodic Parallel Helmholtz StructureXiaoling Gai (Environment Noise and Vibration), Xianhui Li (Environment Noise and Vibration), Tuo Xing (Environment Noise and Vibration), Zenong Cai (Environment Noise and Vibration), Fang Wang (Environment Noise and Vibration), Bin Zhang (Environment Noise and Vibration)

Experimental Investigation of Nonwoven-based Sound Insulation Tube-like StructureFang (Environment Noise and Vibration), Wang (Environment Noise and Vibration), Xianhui Li (Environment Noise and Vibration), Xiaoling Gai (Environment Noise and Vibration), Zenong Cai (Environment Noise and Vibration), Tuo Xing (Environment Noise and Vibration)

Sound absorption of external intubation Helmholtz resonance structureTuo Xing (Environment Noise and Vibration), Xianhui Li (Environment Noise and Vibration), Xiaoling Gai (Environment Noise and Vibration), Fang Wang (Environment Noise and Vibration), Zenong Cai (Environment Noise and Vibration), Xiwen Guan (Environment Noise and Vibration)

Experimental and numerical modelling of Helmholtz Resonator with angled neck apertureDenilson Ramos (Federal University of Santa Maria), Luís Godinho (University of Coimbra), Paulo Amado-Mendes (University of Coimbra), Paulo Mareze (Federal University of Santa Maria)

Acoustic absorption properties of granular silica aerogelsAmrutha Dasyam (Wichita State University), Ola Khaleel (Wichita State University), Bhisham Sharma (Wichita State University)

Innovative Electrospun Polyvinylpyrrolidone Based Materials For SoundproofingJessica Passaro (University of Naples Federico II), Aurelio Bifulco (University of Naples Federico II), Francesco Marulo (University of Naples Federico II), Aniello Costantini (University of Naples Federico II), Francesco Branda (University of Naples Federico II)

Experimental investigation on performance of composite acoustic cement panel using recycled SMB wasteS R Viswanath Mantha (National Institute of Technology Karnataka), Sharnappa Joladarashi (National Institute of Technology Karnataka), Ch V S N Reddi (Aditya Engineering College), S R Viswanath Mantha (Vignan's Institute of Information Technology)

Applications of Lightweight Thermoplastic Sound Absorptive PanelsXin Yan (University of Kentucky), D. W. Herrin (University of Kentucky)

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Area 1 Acoustic MaterialsSession 1. Advances in Acoustic Materials

Acoustic properties of Dash Insulation Pad with light-weight heavy layer filled with TEMs Min-Ji Yu (DAEHAN SOLUTION Co., LTD), Sang-Min Kim (DAEHAN SOLUTION Co., LTD), Jang-Seok Park (DAEHAN SOLUTION Co., LTD)

Optimization of sound absorption coefficient of polyurethane foam by graphene oxide impregnation: simulation-based prediction & experimental verificationJaehyung Kim (Kyung Hee University), Yujin Shin (Kyung Hee University), Inhwa Jung (Kyung Hee University), Juhyun Jeon (Seoul National University), Yeon June Kang (Seoul National University)

Scattering of acoustic waves in air and water filled 3D stereo-lithographical (STL) porous rigid materialsHaydar Aygun (London South Bank University)

Criteria for the selection of porous cores for thermoacoustic applicationsFabio Auriemma (Tallinn University of Technology ), Marialuisa Napolitano (University of Naples, Federico II), Elio Di Giulio (University of Naples, Federico II), Raffaele Dragonetti (University of Naples, Federico II)

Acoustic properties of porous concrete - Experiments and modellingLaura Lourenço de Sousa (Univ. of Coimbra), Luís Pereira (Univ. of Coimbra), Luís Godinho (Univ. of Coimbra), Paulo Amado Mendes (Univ. of Coimbra)

Sound absorption of double porosity material backed with air cavityXuewei Liu, (Xi’an Jiaotong University)

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Metasurface using multiple perforated panels in a coiled arrangementZhibo Wang (The Hong Kong Polytechnic University), Weiping Yang (The Hong Kong Polytechnic University), YatSze Choy (The Hong Kong Polytechnic University)

Full scale metamaterial window for building applicationGioia Fusaro (University of Sheffield), Xiang Yu (A*Star, Singapore), Fangsen Cui (A*Star, Singapore), Jian Kang (University College)

Experimental Study of Acoustic Metamaterial Duct Silencer Carrying Low Speed FlowsRacer K.H. LAM (The Hong Kong Polytechnic University), Randolph C.K. LEUNG (The Hong Kong Polytechnic University), Garret C.Y. LAM (The Hong Kong Polytechnic University), Leo M.T. NG (The Hong Kong Polytechnic University)

Noise Improvement of Air Conditioning Accumulator Using Acoustic MetamaterialsMinkyu Kim (LG Electronics), Sunhwa Park (LG Electronics), Mijeong Shin (LG Electronics), Youngsu Jeong (LG Electronics)

Curved metasurface for perfect absorption of soundJiwan Kim (Korea Advanced Institute of Science and Technology), Wonju Jeon (Korea Advanced Institute of Science and Technology)

Acoustic metasurface for broadband sound absorption via multiple hybrid resonancesHyeonbin Ryoo (Korea Advanced Institute of Science and Technology), Wonju Jeon (Korea Advanced Institute of Science and Technology)

Acoustic metalens with broadband high transmission under consideration of visco-thermal losses and elastic deformationChankyu Kim (Korea Advance Institute of Science and Technology), Wonju Jeon (Korea Advanced Institute of Science and Technology)

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Session 3. Acoustic Metamaterials

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Perfect sound-absorbing metasurface using Helmholtz resonators with non-uniformly partitioned cavities by membranes Eunji Choi (Korea Advance Institute of Science and Technology), Wonju Jeon (Korea Advanced Institute of Science and Technology)

Analysis of the Band gap using Serpentine springJunmin Yu (Gwangju Institute of Science and Technology), Jaesoon Jung (Technical University of Denmark), Semyung Wang (Gwangju Institute of Science and Technology)

Effect of steady and unsteady flows on the bandgap characteristics of phononic crystalTae Seok Oh (Korea Advanced Institute of Science and Technology), Wonju Jeon (Korea Advanced Institute of Science and Technology)

Investigation on the sound insulation properties of perforated plates with membrane cell and mass blocksYang Yuqi (South China University of Technology), Wang Hongwei (South China University of Technology), Yu Xiu (South China University of Technology)

Experimental validation of acoustic metamaterials noise attenuation performance for aircraft cabin applicationsSebastian Ghinet (National Research Council Canada), Patrick Bouche (Mecanum Inc.), Thomas Padois (Ecole de Technologie Supérieure de Montreal), Louis Pires (Ecole de Technologie Supérieure de Montreal), Olivier Doutres (Ecole de Technologie Supérieure de Montreal),

An active acoustic metamaterial based on the principle of local resonanceYunong Yang (China Ship Development and Design Center), Qing Wang (China Ship Development and Design Center)

Highly anisotropic pentamode materials for low frequency water sound insulationBinghao Zhao (Beijing Institute of Technology), Mingye Zheng (Beijing Institute of Technology), Gengkai Hu, (Beijing Institute of Technology)

Acoustic Meta-lens: Computational Simulation and Underwater Experiments by a Three-dimensional Flat Acoustic Luneburg LensGunn Hwang (Electronics and Telecommunications Research Institute), Jung-Woo Kim (Mokpo National Maritime University), Seong-Jin Lee (Mokpo National Maritime University), Sang-Hoon Kim (Mokpo National Maritime University)

Design of frequency bandgaps in 3D woodpile metamaterialsEunho Kim (Jeonbuk National University), Yeongtae Jang (Jeonbuk National University)

Metamodeling and optimisation of a sonic crystal-based noise attenuation deviceLuana Georgiana Stoica (University of Roma Tre), Alessandro Di Marco (University of Roma Tre), Paola Gori (University of Roma Tre)

Acoustic impedance of a folded rectangular cross shape cavityNaser Sharafkhani (University of Technology Sydney), Xiaojun Qiu (University of Technology Sydney), DongbinWei (University of Technology Sydney)

Enhancing muffler transmission loss using periodicityVitor F. Almeida (Tecumseh do Brasil LTDA), José R. F. Arruda (University of Campinas)

Side-branch resonator based acoustic metasurface for achromatic reflections at multiple frequenciesYubin Oh (Chungnam National University), Joong Seok Lee (Chungnam National University)

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Effect of axially segmented liner distribution on sound attenuation in a flow ductPenglin Zhang (Shanghai Jiao Tong University), Yu Huang (Shanghai Jiao Tong University), Cheng Yang (Shanghai Jiao Tong University)

Sound Transmission of Mufflers Lined with Micro-perforated Panel Absorbers with Parallel-arranged Cavities of Different DepthsHuading Lou (Southeast University), Yuchen Zhao (Southeast University), Mengzhu Li (China State Shipbuilding Corporation (CSSC) Systems Engineering Research Institute), Yu Fu (China State Shipbuilding Corporation (CSSC) Systems Engineering Research Institute), Jianhua Wang (China State Shipbuilding Corporation (CSSC) Systems Engineering Research Institute), Hequn Min (Southeast University),

A composite sound-absorbing structure with low-frequency, broadband, and incident direction-insensitive characteristicsMingyue Yang (Shanghai Marine Diesel Engine Research Institute), Beibei Xu (Shanghai Marine Diesel Engine Research Institute), Jinyan Zhu (Shanghai Marine Diesel Engine Research Institute), Deshu Ma (Shanghai Marine Diesel Engine Research Institute), Xiaojian Zhu (Shanghai Marine Diesel Engine Research Institute), Xiaole Wang (Shanghai Jiao Tong University)

Micro-capillary plate absorbers for broadband dissipation in the low frequency rangeTeresa Bravo (Instituto de Tecnologías Físicas y de la Información (ITEFI)), Cédric Maury (Ecole Centrale Marseille)

Three-dimensional MPP space absorbers: An overview of the project and recent developmentMidori Kusaka (Kobe University), Kimihiro Sakagami (Kobe University), Takeshi Okuzono (Kobe University), Shigeyuki Kido (NC Industry Co., Ltd.), Daichi Yamaguchi (NC Industry Co., Ltd.)

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A detailed review study on acoustic Meta-materialsV Simhachalam Naidu (Jawaharlal Nehru Technological University Kakinada), K Meera Saheb (Jawaharlal Nehru Technological University Kakinada), Ch V S N Reddi (Aditya Engineering College)

Characterization of the acoustic properties of complex shape metamaterialsTenon Charly Kone (National Research Council Canada), Sebastian Ghinet (National Research Council Canada), Thomas Dupont (École de Technologie Supérieure), Raymond Panneton (Université de Sherbrooke), Grewal Anant (National Research Council Canada), Wickramasinghe Viresh(National Research Council Canada)

Analysis of phononic crystals with uncertainty in the parameters using extended plane wave expansionMarcela Rodrigues Machado (University of Brasília), Edson Jansen Pedrosa Miranda Junior (Federal Institute of Maranhão), José Maria Campos do Santos (University of Campinas)

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Random incidence sound absorption of a shunt loudspeaker arrayPengju Zhang (Nanjing University), Chaonan Cong (China Jiliang University), Jiancheng Tao (Nanjing University), Xiaojun Qiu (University of Technology Sydney)

Sound insulation characteristics of a layered structure using perforated honeycomb panelKyungsoo Kong (The University of Tokyo), Naohisa Inoue (Maebashi Institute of Technology), Tetsuya Sakuma (The University of Tokyo)

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Session 4. Microperforated Panels

Session 5. Sound Absorbers and Diffusors

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Geometric shape effects of cavity and neck on acoustic absorption performance of Helmholtz resonator with extended neck Ziyan Jiang (The Hong Kong University of Science and Technology), Jingwen Guo (The Hong Kong University of Science and Technology), Yi Fang, Qian Liu (The Hong Kong University of Science and Technology), Xin Zhang (The Hong Kong University of Science and Technology), Guocheng Zhou (AVIC Aerodynamics Research Institute), Bao Chen (AVIC Aerodynamics Research Institute)

Acoustic design of ordinary rooms using absorbers and diffusersEmma Arvidsson (Lund University), Delphine Bard Hagberg (Lund University), Erling Nilsson (Ecophon), Ola Karlsson (Ecophon)

Egg cartons used as sound absorbing systemsGino Iannace (Università della Campania Luigi Vanvitelli), Umberto Berardi (Ryerson University), Giuseppe Ciaburro (Università della Campania Luigi Vanvitelli), Amelia Trematerra (Università della Campania Luigi Vanvitelli)

Investigation of the Sound Absorption of Folded CurtainZenong Cai (Beijing Municipal Institute of Labour Protection), Xianhui Li (Beijing Municipal Institute of LabourProtection), Xiaoling Gai (Beijing Municipal Institute of Labour Protection), Tuo Xing (Beijing Municipal Institute of Labour Protection), Fang Wang (Beijing Municipal Institute of Labour Protection), Xiwen Guan (Beijing Municipal Institute of Labour Protection),

An innovative, cost efficient, flame resistant, nonwoven noise control materialNurkan Turkdogru Gurun (Aearo Technologies LLC), Liyun Ren (3M Center), Daniel Zillig (3M Center), Fredrick Vance (Aearo Technologies LLC), Katya Newman (3M Center), Zhiming Luo (Aearo Technologies LLC)

The energy thresholds of nonlinear sound absorbersYang, min (Beijing Municipal Institute of Labor Protection), Li, Xianhui (Beijing Municipal Institute of Labor Protection), Xing, Tuo (Beijing Municipal Institute of Labor Protection)

Comparative Study on Sound Absorption Coefficient of Various Jute Composite MaterialsB Somi Naidu (National Institute of Technology Karnataka, Surathkal), Jeyaraj Pitchaimani (National Institute of Technology Karnataka, Surathkal), V S N Reddi Chintapalli (Aditya Engineering College), B Somi Naidu (Vignan’sInstitute of Information Technology)

Influence of depth variation on ultra-thin diffusersGeorgina Lizaso (Universidad Nacional de Lanús), Nicolás Casais Dassie (Universidad Nacional de Lanús), Lucas Landini (Universidad Nacional de Lanús), Jorge Petrosino (Universidad Nacional de Lanús)

Experiment and estimation of the sound absorption coefficient of a pin holder structureTakamasa Satoh (FUKOKU Co., Ltd.), Shuichi Sakamoto (Niigata University), Isami Nitta (Niigata University), Kota Akamine (Niigata University), Shunsuke Unai (Niigata University), Takunari Isobe (Niigata University), Kenta Iizuka (Niigata University)

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Dynamic mechanical analysis of FFF printed parts in ABSplusManuel Bopp (Institute of Product Engineering at KIT), Matthias Behrendt (Institute of Product Engineering at KIT)

Experimental visualization of sound of a 3D printed labyrinthine type metamaterialGrzegorz Szczepański(Central Institute for Labour Protection), Leszek Morzyński (Central Institute for LabourProtection), Adam Świdziński (Central Institute for Labour Protection)

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Session 6. Additive Manufacturing for Acoustic Applications

Bayesian microphone position estimation for the transfer function tube method of acoustic impedance measurementsMallory Peskens (Rensselaer Polytechnic Institute), Cameron Fackler (Rensselaer Polytechnic Institute), Ning Xiang (Rensselaer Polytechnic Institute)

A method for measuring the angle-dependent absorption coefficient and surface impedance in situMélanie Nolan (Technical University of Denmark), Erling Nilsson (Saint-Gobain Ecophon)

A discussion on the mechanism of sound absorption measurement method based on the ensemble averaging techniqueToru Otsuru (Oita University), Reiji Tomiku (Oita University), Noriko Okamoto (Oita University), SiwatLawanwadeekul (Graduate School of Oita University), Noriaki Sakamoto (Graduate School of Oita University)

Design of a new Sound Field Analysis Recorder (SOFAR) for isotropy quantification in reverberation chambersPeter D’Antonio (RPG Acoustic Systems, LLC), Mélanie Nolan (Technical University of Denmark), Efren Fernandez-Grande (Saint-Gobain Ecophon)

Influence of edge diffraction on the in situ measurement of impedance using microphone arraysEric Brandão ( Federal University of Santa Maria), Efren Fernandez-Grande (Technical University of Denmark)

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Current-saving sampling framework for the embedded implementation of positive position feedbackGergely Takács (Slovak University of Technology in Bratislava), Erik Mikuláš (Slovak University of Technology in Bratislava), Martin Vríˇcan (Slovak University of Technology in Bratislava), Martin Gulan (Slovak University of Technology in Bratislava)

Rendering high-fidelity vibrotactile feedback on a plate via optimization of actuator driving signalsSangwon Park (Yonsei University), Dongjoon Kim (Yonsei University), Wheejae Kim (Yonsei University), No-Cheol Park (Yonsei University)

Active damping of room eigenmodesNikolay Kanev (Andreyev Acoustics Institute)

Improving robustness against head movement for an active headrest with virtual sensingHongyu Chen (Nanjing University), Haishan Zou (Nanjing University), Jiancheng Tao (Nanjing University)

Active headrest of an electric vehicle combined with the FxLMS algorithm and the remote microphone techniqueZeqiang Zhang (Institute of Acoustics, Chinese Academy of Sciences), Ming Wu (Institute of Acoustics, Chinese Academy of Sciences), Rong Han (Institute of Acoustics, Chinese Academy of Sciences), Chen Gong (Institute of Acoustics, Chinese Academy of Sciences), Jun Yang (Institute of Acoustics, Chinese Academy of Sciences)

Uniform active noise control based on Nelder–Mead algorithmKexun Chi (Institute of Acoustics, Chinese Academy of Sciences), Ming Wu (Institute of Acoustics, Chinese Academy of Sciences), Xin Fang (Institute of Acoustics, Chinese Academy of Sciences), Chen Gong (Institute of Acoustics, Chinese Academy of Sciences), Rong Han (Institute of Acoustics, Chinese Academy of Sciences), Jun Yang (Institute of Acoustics, Chinese Academy of Sciences)

Robust active control of snoring noiseYu Tang (Southwest Jiaotong University), Hongwei Zhang (Southwest Jiaotong University)

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Area 2 Active Control of Sound & VibrationSession 1. Recent advances in algorithms, softwares and hardwares for active control,

and their applications

Session 7. Recent advances in measurement of sound absorption

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Experimental Verification of CPU-GPU Architecture for ANC AlgorithmsYeongseok Kim (Korea Advanced Institute of Science and Technology), Youngjin Park (Korea Advanced Institute of Science and Technology)

Evaluation of Real-Time Development Platforms for the Implementation of Multi-channel ANC SystemValiantsin Belyi (Nanyang Technological University), Woon-Seng Gan (Nanyang Technological University)

A Study on Subband ANC System Considering Masking for Reducing Speech SignalYusuke MAKIYAMA (Kansai University), Yoshinobu KAJIKAWA (Kansai University)

Horizontal vibration response control of non-structure elements using gyro-stabilizerYoon Soungcheol (Yonsei Univ.), Park Sangkyu(Yonsei Univ.)

Real-time Implementation of Global Active Noise Control with Acoustic Power minimizationIkchae Jeong (KAIST), Youngjin Park (KAIST)

Long range fire detection using a parabolic sound reflecting plate based on sound field variationDae-Woong Jang (Secuworks Co., Ltd.), Min-Hong Ahn (Secuworks Co., Ltd.), Seung-Hoon Park (Secuworks Co., Ltd.), Sang-Woo Lee (Secuworks Co., Ltd.), Seung-Joo Kim (Secuworks Co., Ltd.), Ju-Cheol Lee (Secuworks Co., Ltd.), Yi-Gyeong Kim (Electronics and Telecommunications Research Institute (ETRI)), Kang-Ho Park (Electronics and Telecommunications Research Institute (ETRI))

Experimental study on non-contact active vibration control of elastic shaft possessing initial deformation by using a magnetic bearingToru Watanabe (Nihon University), Mitsutaka Nemoto (Nihon University)

Validation and performance analysis of a parameterizable normalized feedback FxLMS architecture for FPGA platformsJohannes Timmermann (Helmut-Schmidt-University / University of the Federal Armed Forces Hamburg), Alexander Klemd (Helmut-Schmidt-University / University of the Federal Armed Forces Hamburg), Jonas Hanselka (Helmut-Schmidt-University / University of the Federal Armed Forces Hamburg), Delf Sachau (Helmut-Schmidt-University / University of the Federal Armed Forces Hamburg), Bernd Klauer (Helmut-Schmidt-University / University of the Federal Armed Forces Hamburg)

An experimental study on the active noise control using a parametric array loudspeakerJiaxin Zhong (University of Technology Sydney), Tong Xiao (University of Technology Sydney), Benjamin Halkon(University of Technology Sydney), Ray Kirby (University of Technology Sydney), Xiaojun Qiu (University of Technology Sydney)

An experimental study on the feasibility of applying active ventilation windows to reduce traffic noiseShuping Wang (University of Technology Sydney), Xiaojun Qiu (University of Technology Sydney), Jacob Chia-chun Liu (Tamkang University)

Development and Application of Dual Form Conic Formulation of Multichannel Active Noise Control Filter Design Problem in Frequency DomainYongjie Zhuang (Purdue University), Yangfan Liu (Purdue University)

Full-scale experiments on the active noise control in high-speed train carriageHaishan Zou (Nanjing University), Chaohui Zhou (Nanjing University), Jinpei Xue (Nanjing University), Jun Wang (Nanjing University), Shangshuai Jia (CRRC Tangshan CO. Ltd.), Tieli Han (CRRC Tangshan CO. Ltd.)

Sound leakage investigation of ANC headphones using particle velocity sensorsFanyu Meng (Microflown Technologies), Anbo Yu (HT Acoustics), Dani Fernandez (Microflown Technologies)

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Active Noise Control based on the Momentum Multichannel Normalized Filtered-x Least Mean Square AlgorithmDongyuan Shi (Nanyang Technological University), Woon-Seng Gan (Nanyang Technological University), BhanLam (Nanyang Technological University), Shulin Wen (Nanyang Technological University), Xiaoyi Shen (Nanyang Technological University)

Research on the cancellation of background reflected sound field based on parametric array loudspeakerMa Zhongcheng (Dalian Scientific Test & Control Technology Institute), Duan Lijing (Dalian Scientific Test & Control Technology Institute), Lv Lianghao (Dalian Scientific Test & Control Technology Institute), Yang Baoshan(Dalian Scientific Test & Control Technology Institute), An Tiansi (Dalian Scientific Test & Control Technology Institute)

Convergence behavior analysis of FxLMS algorithm with different leaky termShulin Wen (Nanyang Technological University), Woon-Seng Gan (Nanyang Technological University), DongyuanShi (Nanyang Technological University)

Transfer function variation of the secondary path of a compact ANC system in an open ductBaicun Chen (Nanjing University), Jiancheng Tao (Nanjing University), Xiaojun Qiu (University of Technology Sydney)

Analysis and development of an active noise control system for the cancellation of noise produced by the reactors of electric stations Chiara Bartalucci (University of Florence), Francesco Borchi (University of Florence), Monica Carfagni (University of Florence), Libero Paolucci (University of Florence)

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18

A time-domain delay-free rescaling block filtered-x LMS algorithm with output constraint for sinusoidal reference signalsLei Luo (Chongqing University)

Reference signal purification via blind source separation for multi-channel virtual sound barrier systemJinpei Xue (Nanjing University), Feng Niu (Nanjing University), Kai Chen (Nanjing University), Jing Lu (Nanjing University)

Use of Transform Domain Least Mean Square Algorithm in Active Noise Control for Music Noise ReductionJaseung Lee (Gwangju Institute of Science and Technology), Onyu Jeon (Gwangju Institute of Science and Technology), Homin Ryu (Gwangju Institute of Science and Technology), Semyung Wang (Gwangju Institute of Science and Technology), Youngeun Cho (LG Electronics)

Optimization of multichannel feedback filters in an active noise control headrestChaohui Zhou (Nanjing University), Haishan Zou (Nanjing University), Xiaojun Qiu (University of Technology Sydney), Jing Lu (Nanjing University)

Experimental Simulation of Adaptive Noise Control System Using Window-Speaker for Boat NoiseHaruki Fukatsu (Shibaura Institute of Technology), Kenji Muto (Shibaura Institute of Technology)

An Investigation into the Effect of Uncertainty on Active Acoustic CloakingCharlie House (University of Southampton), Jordan Cheer (University of Southampton), Steve Daley (University of Southampton)

Feedback active noise control system combined with simplified period aware linear prediction method and modified-error method for reducing MR-noiseMarori YOSHIOKA (Ritsumeikan University), Soshi AOKI (Ritsumeikan University), Kenta IWAI (RitsumeikanUniversity), Takanobu Nishiura (Ritsumeikan University)

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Session 3. Active structural acoustic control

Analysis of Model Based Virtual Sensing Techniques for Active Noise ControlDaniel Plewe (Technical University of Denmark), Finn T. Agerkvist (Technical University of Denmark), Efren Fernandez Grande (Technical University of Denmark), Jonas Brunskog (Technical University of Denmark)

Perceptual Filter Optimization for Active Acoustic EqualizationJohannes Fabry (RWTH Aachen University), Peter Jax (RWTH Aachen University)

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19

Development of a new active vibration controller based on virtual tuned-mass-damper analogy for structures subjected to harmonic disturbancesMoon K. Kwak (Dongguk University), Soo-Min Kim (Dongguk University)

Simulation of Adaptive Control of Radiated Sound Power in Front of a PlateMehran Hajilou (Helmut-Schmidt-University / University of the federal armed forces Hamburg), Delf Sachau(Helmut-Schmidt-University / University of the federal armed forces Hamburg)

Vibration damping of elastically mounted windows for noise reduction in construction vehiclesBernhard Heinemann (Helmut-Schmidt-Universität/Universität der Bundeswehr Hamburg), Sergej Jukkert(Helmut-Schmidt-Universität/Universität der Bundeswehr Hamburg), Delf Sachau (Helmut-Schmidt-Universität/Universität der Bundeswehr Hamburg)

Active control of acoustic wave characteristics using a double-layered piezoelectric acoustic metamaterial systemXiaolei Hu (Shanghai Jiao Tong University), Jingjing Ding (Shanghai Jiao Tong University), Limin Gu (Shanghai Jiao Tong University), Zhenyu Huang (Shanghai Jiao Tong University)

A new approach for an induced coagulation of particulate matter through thermo-acoustic agglomerationSiu-Kai Lai (The Hong Kong Polytechnic University), Yiting Zhang (The Hong Kong Polytechnic University), Jerry Chik-Wai Yu (The Hong Kong Polytechnic University), Yuguo Li (The University of Hong Kong)

Method for Elasto-plastic Seismic Time History Analysis of Piping System that imitate Internal Fluids as Acoustic ElementsChang Kyun Lee (Yonsei University), SangJeung Lee (Yonsei University), EunHo Lee (Yonsei University), No-Cheol Park (Yonsei University)

Electromagnetic energy harvesting from ambient vibration using permanent magnet linear oscillatorKiichi Taguchi (Meiji University), Yoshinobu (Meiji University), Aoshima Akira Saito (Meiji University)

Vibration and wave propagation control in a smart metamaterial beam with periodic arrays of shunted piezoelectric patchesBraion Barbosa de Moura (University of Brasília), Matheus Canêdo Ribeiro Borges (University of Brasília), Marcela Rodrigues Machado (University of Brasília)

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Session 4. Smart Materials

Numerical analysis of Sonic Boom Noise Based on Aerological Observation Data Under the Mach Cutoff ConditionTakao Tsuchiya (Doshisha University), Masashi Kanamori (JAXA Chōfu Aerospace Center)

A study on the correlation between aircraft noise units and weather conditions using automatic noise measurement dataSang Bong Lim (Yonsei Univ), Su Eun Choi (Yonsei Univ), Seunghyeon Yang (Yonsei Univ), Sangkyu Park (Yonsei Univ)

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Area 3 Aircraft NoiseSession 1. Advances in Aircraft Noise

Live

Investigation of Bolt Loosening in Super-alloy Thermal Protection System Panel using High-speed Digital Image CorrelationVinh Tung Le (Konkuk University), Nam Seo Goo (Konkuk University

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20

Experimental investigation of the four-wheel landing gear noise in large-scale configurationsKun Zhao (China Aerodynamics Research and Development Centre), Ronping Zhang (China Aerodynamics Research and Development Centre); Qingyuan Cao (China Aerodynamics Research and Development Centre), Victor Kopiev (Central Aerohydrodynamic Institute), Ivan Belyaev (Central Aerohydrodynamic Institute)

Numerical simulation and noise reduction design of outlet valve pipe cavityYingzhe Zhang (Beijing Aircraft Technology Research Institute of Commerical Aircraft Corporation of China, Ltd.), Yifeng Sun (Shanghai Aircraft Design & Research Institute of Commerical Aircraft Corporation of China, Ltd.), Xiao Song (Shanghai Aircraft Design & Research Institute of Commerical Aircraft Corporation of China, Ltd.), Incheol Lee (Beijing Aircraft Technology Research Institute of Commerical Aircraft Corporation of China, Ltd.), Peiqing Liu (Beihang University)

Experimental study on wall-mounted airfoil noise reductionFan Tong (China Aerodynamics Research and Development Center), Yong Wang (China Aerodynamics Research and Development Center), Zhengwu Chen (China Aerodynamics Research and Development), Ben Huang (China Aerodynamics Research and Development Center)

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Revision of the guidance manual for the measurement and evaluation of aircraft noise in JapanIchiro Yamada (Organization of Airport Facilitation), Naoaki Shinohara (Organization of Airport Facilitation)

Latest trends in noise issues related with the progress in airport and air transportation in JapanNaoaki SHINOHARA (Organization of Airport Facilitation)

Complementation of Airport Noise Maps with audio listeningVitor Rosão (SCHIU, Vibration and Noise Engineering), Ekim Bakirci (Frekans Acoustics), Ana Roque (SCHIU, Vibration and Noise Engineering)

Assessment of en-route noise by simulated scenarios for future urban air trafficMichael Bauer (MUNICH AEROACOUSTICS)

Does the community response to noise change? A follow-up investigation on the impact of aircraft noise around Tan Son Nhat Airport after 11 yearsThu Lan Nguyen (Shimane University) Bach Lien Trieu (Shimane University), Wei Zhang (Shimane University), Yasuhiro Hiraguri (Kindai Universit), Makoto Morinaga (Defense Structure Improvement Foundation), Takashi Morihara (Ishikawa College), Takashi Yano (Kumamoto University)

WECPNL Analysis of Helicopter Noise Evaluation Unit Using Mobile Sound Level Meter Ming Zhang (Wonkwang University), Byoung-Sam Kim (Wonkwang University), Hongjie Ji (WonkwangUniversity)

The case for a design-led, end-user focused airport noise management process.Graeme Heyes (Manchester Metropolitan University), Jack Shepperd (A Good Design Studio)

Noise Level Analysis by Aircraft Type in Service in Korea: Case Study of Gimhae AirportJae Sik Park (The Korea Transport Institute), Sung Yeoul Oh (The Korea Transport Institute), Hong Woo Shin (The Korea Transport Institute), Sang Kyu Park (Yonsei University)

Session 4. Airframe Noise

Session 5. Airport Community Noise

Survey of international approaches to aircraft noise abatement strategiesEoin A. King (University of Hartford), Paul E. Slaboch (University of Hartford), Sean Bradley (University of Hartford), Montasim Chowdhury (University of HartfordVitor)

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21

Session 6. Aero-engine Noise (Fan Noise)Verification of liner panel designs based on impedance educed by direct methods Yo Murata (The University of Tokyo), Hirofumi Daiguji (The University of Tokyo), Tatsuya Ishii (Japan Aerospace Exploration Agency), Kenichiro Nagai (Japan Aerospace Exploration Agency), Hideshi Oinuma (Japan Aerospace Exploration Agency)

Study on methodologies to locate sound sources in the circular duct by using an out-duct placed microphone array Shichun Huang (China Aerodynamics Research and Development Center), Li Yan (Shanghai Jiao Tong University), Liang Yu (Shanghai Jiao Tong University), Weikang Jiang (Shanghai Jiao Tong University)

The effect of intake length on aerodynamic characteristics under inlet distortionHiroki Naruse (Tokyo University of Science), Tatsuya Ishii (Japan Aerospace Exploration Agency), Hideshi Oinuma(Japan Aerospace Exploration Agency), Shinya Kusuda (IHI Corporation), Yoshinori Ooba (IHI Corporation), Karin Hirakawa (IHI Corporation), Hitoshi Ishikawa (Tokyo University of Science)

A non-reflective boundary condition for prediction of acoustic tones in turbomachinery using computational fluid dynamics for non-uniform flows in 3-DKamran Zaabar (University of Southampton), Alexander Wilson (University of Southampton)

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Empirical models for artificial and natural rainfall to assess rain noise inside buildings and carsCarl Hopkins (University of Liverpool), Yicheng Yu (University of Liverpool)

Acoustic integration in BIM modelsAngela Lorenzo del Moral (IDOM)

Proposition and recommendations on a source localization method for popping noise in large window frames based on the analysis of lamb waves propagationStéphane Lesoinne (Belgian Building Research Institute), Charlotte Crispin (Belgian Building Research Institute), Vincent Detremmerie (Belgian Building Research Institute), Christophe Galloy (Belgian Building Research Institute)

A formulation of time-domain FEM for room acoustic simulations with frequency-dependent locally-reacting impedance boundaryTakumi Yoshida (Hazama Ando Corporation), Takeshi Okuzono (Kobe University), Kimihiro Sakagami (Kobe University)

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Area 4 Building & Room AcousticsSession 1. Advances in Architectural Acoustics and Building Noise and Vibration

Session 2. Acoustic Regulations/Enforcement and Classification for New, Existing and Retrofitted Buildings

Measurement of absorption coefficients to ISO354 using tall sources and microphonesStephen Dance (London South Bank University), Douglas Shearer (London South Bank University)

Classification scheme of floor impact sound insulation by rubber ballJeongHo Jeong (Fire Insurers Laboratories of Korea), YongHee Kim (Korea Conformity Laboratories), JongKwanRyu (Chonnam National University), KyoungHo Kim (KCC)

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In-situ investigation of multi-perforated gypsum boards in an apartment living space for reduction of heavy-weight impact noiseYong Hee Kim (Korea Conformity Laboratories (KCL)), So Young Kim (Korea Conformity Laboratories (KCL)), Sung Ho Park (Sinho Industry), Hye Mi Lee (USG Boral Korea Co., Ltd.)

Considerations on the determination of measurements uncertainties values in laboratory airborne sound insulations measurements Sónia Antunes (Laboratório Nacional de Engenharia Civil), Jorge Patrício (Laboratório Nacional de EngenhariaCivil), Julieta António (Itecons/University of Coimbra), Ana Falcão (CCDR/Norte)

Improvements in acoustic insulation of new flats in Pamplona (Spain) after the approval of the current Spanish Technical Building CodeMiguel Arana (Public University of Navarre), Ricardo San Martin (Public University of Navarre), Iñaki Nagore (ID Ingeniería Acústica), David Pérez (ID Ingeniería Acústica)

Verification of sound insulation performance of housing by field measurements and/or calculations - a case studyAyca Sentop Dümen (Istanbul Bilgi University), Birgit Rasmussen (Aalborg University Copenhagen)

The Italian classification scheme of buildings – application to apartments and schoolsPatrizio Fausti (University of Ferrara), Antonino Di Bella (University of Padua), Andrea Santoni (University of Ferrara), Fabio Scamoni (National Research Council of Italy), Simone Secchi (University of Florence), Giovanni Semprini (University of Bologna)

Acoustics Ventilation and Overheating: Residential Design GuideJack Harvie-Clark (Apex Acoustics), Anthony Chilton (Max Fordham)

A proposal for a new classification scheme for dwellings in BrazilMarcos Holtz (HARMONIA), Davi Akkerman (HARMONIA), Carolina Monteiro (HARMONIA)

Encouraging acoustic renovation of housing in Denmark by extending acoustic classification with two lower classes E and F for old housingBirgit Rasmussen (Aalborg University Copenhagen)

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22

Re-considering the impedance method used to predict impact sound insulation from heavy impactsSusumu HIRAKAWA (University of Liverpool), Carl HOPKINS (University of Liverpool)

Improvement for Management System of the Floor Impact Sound Insulation Performance in Apartment HouseKyoung Min Kim (Korea Environment Institute), Young Min Park (Korea Environment Institute)

Investigation of children’s running for development of new floor impact source model Suhong Kim (Chonnam National University), Minjeong Song (Chonnam National University), Songmi Lee (Chonnam National University), Jeonghun Kim (Chonnam National University), Hansol Song (Chonnam National University), Jongkwan Ryu (Chonnam National University)

A subjective study of source types and rating methods for impact sounds in buildingsMarkus Müller-Trapet (National Research Council Canada), Konstantin Möller (University of Applied Sciences (HFT) Stuttgart), Young-Ji Choi (Kangwon National University), Berndt Zeitler (University of Applied Sciences (HFT) Stuttgart)

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Session 3. Impact and Structure borne Noise in Buildings

Structure borne noise induced by railway operation and maintenance in over-track buildings on metro depotLei He (Beijing Municipal Institute of Labour Protection), Yanan Wu (Beijing Municipal Institute of LabourProtection), Yubin Wu (Beijing Municipal Institute of Labour Protection), Ruixiang Song (Beijing Municipal Institute of Labour Protection), Dan Wu (Beijing Municipal Institute of Labour Protection), Qiong Wu (Beijing Municipal Institute of Labour Protection)

Numerical simulation of floor impact sound by using finite-difference time-domain methodTakumi Asakura (Tokyo University of Science)

Laboratory impact noise measurements below 50 Hz Wayland Dong (Veneklasen Associates, Inc.), John LoVerde (Veneklasen Associates, Inc.)

Effect of spatial distribution of floor impact sound on annoyance response for older and young adultsHiroshi Sato (National Institute of Advanced Industrial Science and Technology (AIST)), Susumu Hirakawa(National Institute of Advanced Industrial Science and Technology (AIST)/Building Research Institute), Manabu Chikai (National Institute of Advanced Industrial Science and Technology (AIST)), Jeffrey Mahn (National Research Council Canada), Markus Mueller-Trapet (National Research Council Canada), Iara Batista da Cunha (National Research Council Canada)

Impact noise annoyance amongst seniors aging in placeJeffrey Mahn (National Research Council Canada), Markus Mueller-Trapet (National Research Council Canada), Iara Batista da Cunha (National Research Council Canada), Hiroshi Sato (National Institute of Advanced Industrial Science and Technology (AIST)), Susumu Hirakawa (National Institute of Advanced Industrial Science and Technology (AIST)/Building Research Institute), Manabu Chikai (National Institute of Advanced Industrial Science and Technology (AIST))

Countermeasure against floor impact sound by heavy impact source of box floor structureRyuta Tomita (Nihon University), Takuya Okaniwa (Nihon University), Kyoko Abe (Freelance Researcher)

Key parameters for impact and airborne noise control in wood buildingsLin Hu (FPInnovations), Christian Dagenais (FPInnovations), Cheng Qian (FPInnovations), Sylvain Gagnon (FPInnovations)

A standardized measurement method to measure the vibration reduction index improvement by adding resilient strips at a wall-floor junction: preliminary exerciseCharlotte Crispin (Belgian Building Research Institute), Arne Dijckmans (Belgian Building Research Institute)

Experimental study on floor impact sound reduction by double ceiling system with cross laminated timber panelsYusuke Kasai (General Building Research Corporation of Japan), Manabu Tanaka (General Building Research Corporation of Japan), Tsuyoshi Murakami (General Building Research Corporation of Japan)

Investigation of non-acoustical factors affecting annoyance by floor impact noise through a surveyJeonghun Kim (Chonnam National University), Hansol Song (Chonnam National University), Songmi Lee (Chonnam National University), Suhong Kim (Chonnam National University), Jongkwan Ryu (Chonnam National University), Jungjoong Kim (Hwankyoung Acoustic Research Institute)

A semi-analytical approach for soil-pile interaction to be used in structure-borne noise problems.Kenny F. Conto (Universitat Politècnica de Catalunya), Hassan Liravi (Universitat Politècnica de Catalunya), ArnauClot (Universitat Politècnica de Catalunya), Robert Arcos (Universitat Politècnica de Catalunya)

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23

24

An evaluation of noise reduction performance and VR application for baffle type acoustic windows in Hong KongHUNG, Wan-choi, Tim (Environmental Protection Department), LAI, Chi-ting, Jamie (Environmental Protection Department), CHEUNG, Ka-man, Carmen (Environmental Protection Department), LEE, Chee-kwan(Environmental Protection Department), TSANG, Sai-wing, Terence (Environmental Protection Department)

State-of-the-art of noise control in openings for natural ventilation and its applicability to the comfort in regions of tropical climateLaís de Gusmão Coutinho (Faculdade de Arquitetura e Urbanismo da Universidade de São Paulo), RannyLoureiro Xavier Nascimento Michalski (Faculdade de Arquitetura e Urbanismo da Universidade de São Paulo), Alessandra Rodrigues Prata Shimomura (Faculdade de Arquitetura e Urbanismo da Universidade de São Paulo)

Two-dimensional acoustic analysis of a flute-like silencerXiaochen Zhao (Harbin Engineering University), Xinyu Zhang (Harbin Engineering University), Lianghu Meng (Henan Diesel Engine Industry Co., Ltd), Peng Lu (Shanghai Marine Diesel Engine Research Institute)

Investigation of low frequency duct noise reflector using shunted speakersShang Li (Harbin Engineering University), Xinyu Zhang (Harbin Engineering University), Xiaochen Zhao (Harbin Engineering University)

In-situ measurement and prediction of traffic noise transmission loss across a residential flat unit façade installed with two plenum windowsShiu-Keung Tang (The Hong Kong Polytechnic University), Xiaolong Li (The Hong Kong Polytechnic University)

Measurement methods of acoustics properties for alternative ventilation ductsZekic, Suzana (Imtech Engineering Services London & South), Gomez-Agustina, Luis (London South Bank University), Aygun, Haydar (London South Bank University), Chaer, Issa (London South Bank University)

An experimental study on multiple staggered natural ventilation sound insulation windows for sound enclosuresTian Qiu (Suzhou Foreign language school)

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Session 4. Ventilation Enabling Sound Insulation Devices for Building Applications

External timber frame walls – Effects of façade type, internal linings and construction details on measured sound insulationBernd Nusser (Holzforschung Austria), Christian Lux (Holzforschung Austria)

Sound Flanking Considerations in Composite Mass Timber StructuresAdam Collins (Stantec)

Multi-storey wooden buildings: an overview of European Projects and the BIGWOOD project presentationMarco Caniato (Free University of Bozen), Arianna Marzi (Free University of Bozen), Andrea Gasparella (Free University of Bozen)

Experimental investigations on airborne sound insulation of vacuum insulating glazing (VIG)Christian Lux (Holzforschung Austria), Bernd Nusser (Holzforschung Austria), Peter Schober (HolzforschungAustria)

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Session 5. Acoustics and Vibration of Light-weight Construction

Session 6. Sound Insulation Measurement and PredictionA calculation method for air noise blocked by a sound insulation componentZong Wang (China Ship Development and Design Center), Lejia Chen (China Ship Development and Design Center)

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Acoustic effects of orchestra shell parameters on the auditorium and stage in a multifunctional theaterChen Song (Southeast University), Hequn Min (Southeast University)

The Need of Silence in Concert Halls and The Impact on Building Design.José Augusto Nepomuceno (Acústica & Sônica)

The Proposition of Optimum Reverberation Time Curve for Korean Traditional Music HallsA Yeong JEONG (Korea Institute of Civil Engineering and Building Technology), Jae Soo KIM (WonkwangUniversity), Jin O PARK (Korea Institute of Civil Engineering and Building Technology)

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25

Experimental study on low-frequency sound insulation of wooden house facadesJinyu Liu (The University of Tokyo), Naohisa Inoue (Maebashi Institute of Technology), Tetsuya Sakuma (The University of Tokyo), Yoshifumi Kanetsuki (YKK AP Inc.), Kou Akimitsu (YKK AP Inc.), Yohei Tsukamoto (YKK AP Inc.)

Sound Insulation Performance of Laminated Glass according to TemperatureGug-Gon Song (Korea Conformity Laboratories (KCL)), So-Young Kim (Korea Conformity Laboratories (KCL)), Yong-Hee Kim (Korea Conformity Laboratories (KCL)), Yong-Jin Yoon (Korea Conformity Laboratories (KCL))

Effect of temperature condition on sound insulation performance of laminated gypsum boards with adhesiveSatoshi Sugie (Kobayasi Institute of Physical Research), Ryuma Nitta (Kobayasi Institute of Physical Research), Emi Toyoda (Kobayasi Institute of Physical Research)

Effects of stud properties and spacing on acoustical performance of single stud wallsWayland Dong (Veneklasen Associates, Inc.), John LoVerde (Veneklasen Associates, Inc.), Benjamin Shafer (PABCO Gypsum)

Investigation of methods to evaluate acoustical effects of top-of-wall jointsWayland Dong (Veneklasen Associates, Inc.), John LoVerde (Veneklasen Associates, Inc.), Chris Kezon(Veneklasen Associates, Inc.), Peter Schulze (Hilti, Inc.), Matthew Winston (Hilti, Inc.)

Comparison of standard software predictions of the sound insulation in CLT and concrete buildings with field measurementsChristian Simmons (Luleå university of Technology and Simmons akustik och utveckling)

Numerical simulation on low-frequency sound transmission of composite walls between reverberation roomsYu Aida (Haseko Corporation), Naohisa Inoue (Maebashi Institute of Technology), Tetsuya Sakuma (The University of Tokyo)

Study on the sound transmission through circular aperture array with viscous and thermal effectRui Zhang (Hefei University of Technology), Jiazhu Li (Hefei University of Technology), Jian Chen (Hefei University of Technology), Chengping Zhong (Jiangling Motors Co., LTD), Mingzhun Lei (Chinese Academy of Sciences)

Enhancing noise control in an acoustic cavity using mis-tuned embedded Resonators and Quarter wave tubes Chintapalli V S N Reddi (Aditya Engineering College (Autonomous)), Palla Anusha (Vignan’s Institute of Information Technology (Autonomous))

Construction of small twin reverberation chamber for measurement of sound transmission loss Ch V S N Reddi (Aditya Engineering College), B Somi Naidu (Vignan’s Institute of Information Technology)

FE-based approach to compute the sound transmission loss of building partitionsAndrea Santoni (University of Ferrara – Engineering Department), Patrizio Fausti (University of Ferrara –Engineering Department), Paolo Bonfiglio (Materiacustica s.r.l.)

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Session 7. Performance Hall and Auditorium Acoustics

26

The acoustics of the “Montevergine” Abbey ChurchAmelia Trematerra (Università della Campania Luigi Vanvitelli), Giuseppe Ciaburro (Università della Campania Luigi Vanvitelli), Maurizio Abeti (Università Mercatorum)

The Vaccaj theatre of Tolentino (Italy): acoustical characterization of a small Italian opera houseAntonio Iannotti (Università di Camerino (Italy)), Nicola Pinto (Università di Camerino (Italy))

Acoustic adaptation of multipurpose environments of historic buildingsRodrigo L. C. Francalacci (Universidade Estadual de Campinas -UNICAMP), Stelamaris R. Bertoli (UniversidadeEstadual de Campinas -UNICAMP)

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Ambient noise inside airport terminals: a detailed survey of the background noise at Amsterdam Airport SchipholSander Jeroen van Wijngaarden (Embedded Acoustics), Remco Atsma (Amsterdam Airport Schiphol)

A support method for the initial acoustical assessment of shopping spaces in building designElzbieta Nowicka (Instytut Techniki Budowlanej)

Social survey on the acoustic performance of music practice rooms in the UniversitiesYoungsun Kim (Seoul National University), JeongHo Jeong (Fire Insurers Laboratories of Korea), Mina Kim (Music Bridge International)

Prediction and reduction of alarm sound propagated through elevator shaft and escape stairwaysJeongHo Jeong (Fire Insurers Laboratories of Korea)

Field study of signal and guide sound for the elderly in subway stationHansol Song (Chonnam National University), Jeonghun Kim (Chonnam National University), Songmi Lee (Chonnam National University), Suhong Kim (Chonnam National University), Jongkwan Ryu (Chonnam National University)

Recent advances in sound particle methodsThomas Judd (SoundPLAN GmbH), Jochen Schaal (SoundPLAN GmbH)

Acoustic Coupling Effects between Corridors and Patient Rooms for Healthcare Building DesignKe Xu (Southeast University), Hequn Min (Southeast University)

The Effects of the Hanging Absorber Ceiling Shapes on the Acoustics Condition in an Open Plan OfficeYenni Khaliddazia (Bandung Institute of Technology), Joko Sarwono (Bandung Institute of Technology), AnugrahSabdono Sudarsono (Bandung Institute of Technology), Nurul Hidayah (Bandung Institute of Technology)

Ensemble averaged absorption characteristics of materials using an in-situ technique: investigations on influence of wind-induced noiseNobuyoshi Horiike (The University of Kitakyushu), Noriko Okamoto (Oita University), Toru Otsuru (Oita University), Reiji Tomiku (Oita University)

Finite element sound field analysis in rooms with curved surfaceReiji Tomiku (Oita University), Toru Otsuru (Oita University), Noriko Okamoto (Oita University), Shun Iwamoto (Oita University)

Comparison between ensemble averaged absorption characteristics of materials using an in-situ technique and those of conventional methodsNoriko Okamoto (Oita University), Toru Otsuru (Oita University), Reiji Tomiku (Oita University), Kaho Ito (The University of Kitakyushu), Nobuyoshi Horiike (The University of Kitakyushu)

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Session 8. Acoustics in Indoor Spaces

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Acoustic design of the extended 2nd passenger terminal at Incheon International AirportChan-Hoon Haan (Chungbuk National University), Chan-Jae Park (Chungbuk National University)

Design and simulation of integral modelling used in thermal acoustic evaluation in occupied spacesEusébio Z. E. Conceição (University of Algarve), Mª Inês L. Conceição (University of Lisbon), Mª Manuela J. R. Lúcio (University of Algarve)

Sound insulation level in residential buildings in Brazil and noise annoyance inside homesMarcelo de Mello Aquilino (IPT - Technological Research Institute of the State of São Paulo), Cristina Yukari Kawakita Ikeda (IPT - Technological Research Institute of the State of São Paulo)

A basic study of a voice evacuation guidance system in virtual space using precedence effectYasuto Muto (Nihon University), Ayumu Osumi (Nihon University), Youichi Ito (Nihon University)

A study case applying a method to retrieve complex surface impedances from statistical absorption coefficients aiming room acoustics simulation using Boundary Element MethodMurilo C. Soares (Federal University of Santa Maria (UFSM)), Eric Brandão (Federal University of Santa Maria (UFSM)), Roberto A. Tenenbaum (Federal University of Santa Maria (UFSM)), Luiz Augusto T. F. Alvim (Federal University of Santa Maria (UFSM))

Acoustic Characterization of a Neoclassical Museum: São Paulo PinacotecaMarselle Barbo (Federal University of Santa Maria), Eric Brandão (Federal University of Santa Maria), Viviane S.G. Melo (Federal University of Santa Maria)

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Session 9 Acoustics in Schools

Room acoustic quality to support inclusion in schoolsMai-Britt Beldam (Saint-Gobain Ecophon), Colin Campbell (Saint-Gobain Ecophon), Anna Karlsson Lejon

Questionnaire survey and analysis on the noise status of graduate dorms in South China University of Technology Hong wei Wang (South China University of Technology), Wei Xiong (South China University of Technology), JunliCai (South China University of Technology)

The accuracy of reverberation time prediction for general teaching spacesIlaria Fichera (Cundall)

Evaluation acoustic quality in lecture halls using onsite measurements and survey questionnaireHussein M Elmehdi (University of Sharjah), Monica Sanjinez (University of Sharjah)

Speech intelligibility inside primary classrooms: a virtual reality laboratory testPellegrino Rossana (University of Campania “Luigi Vanvitelli”), Masullo Massimiliano (University of Campania “Luigi Vanvitelli”), Maffei Luigi (University of Campania “Luigi Vanvitelli”)

Speech recognition assessment in Italian pediatric schools using close-set speech tests: a case of studyFabio Serpilli (Università politecnica delle Marche), Valter Lori (Università politecnica delle Marche), Samantha Di Loreto (Università politecnica delle Marche)

Calculation of activity noise levels in classrooms by using a Gaussian mixture modelShiva Hadavi (Concordia University), Joonhee Lee (Concordia University)

Impact of the use of curtains on the spatial distribution of early decay time in Brazilian classroomsCristina Yukari Kawakita Ikeda (Institute for Technological Research – IPT) , Fulvio Vittorino (Institute for Technological Research – IPT), Rosaria Ono (Faculty of Architecture and Urbanism of the University of São Paulo -FAUUSP)

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Session 10. Green Building AcousticsAdoption of Acoustic Window for Public Housing Development in Hong KongStephen Y.C. Yim (Hong Kong Housing Authority), Rudolf Y.C. Lee (Hong Kong Housing Authority), Carmen K.M. Cheung (Environmental Protection Department)

Noise exposure ‘the new secondhand smoke’ - How is it addressed in building certification schemesP van Dort (Rockfon)

Development and characterization of sound-absorbing materials produced from agricultural wastes in Saudi ArabiaGino Iannace (Università della Campania Luigi Vanvitelli), Mohamed Ali (King Saud University), Umberto Berardi (Ryerson University), Giuseppe Ciaburro (Università della Campania Luigi Vanvitelli), Abdullah Alabdulkarem(College of Engineering), Abdullah Nuhait (King Saud University), Khaled Al-Salem (King Saud University)

A comparative performance simulation of natural and synthetic sound absorbers in room acoustic applicationsManish Raj (Indian Institute of Technology Delhi), Shahab Fatima (Indian Institute of Technology Delhi), Naresh Tandon (Indian Institute of Technology Delhi)

Organic waste as absorbent materialsIannace, Ginob (Università degli Studi della Campania Luigi Vanvitelli), Berardi Umberto (Ryerson University), Bravo-Moncayo, Luis (Universidad de Las Américas), Ciaburro, Giuseppe (Università degli Studi della Campania Luigi Vanvitelli), Puyana-Romero, Virginia (Universidad de Las Américas)

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Session 11. Sound Masking in Open Plan OfficesOpen-plan offices with room-high sound screens and small amount on collaborative work – Effects of sound maskingTobias Renz (Renz Solutions GmbH)

Relationship between non-acoustical factors and satisfaction with speech privacy in open-plan officeSongmi Lee (Chonnam National University), Hansol Song (Chonnam National University), Jeonghun Kim (Chonnam National University), Suhong Kim (Chonnam National University), Jongkwan Ryu (Chonnam National University)

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Session 12. Multistory Buildings Acoustics

Air-conditioning condenser-compressor noise in multi-story residential apartment buildingsJack B Evans (JEAcoustics / Engineered Vibration Acoustic & Noise Solutions), Chad N Himmel (JEAcoustics / Engineered Vibration Acoustic & Noise Solutions)

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Application of simple visualization system for analysing direction of sound sources by 3D microphonesYoshiharu Soeta (National Institute of Advanced Industrial Science and Technology (AIST)), Kiyoshi Yoshioka (SATO KOGYO Co., Ltd), Yu Aida, Yutaka Onishi (HASEKO Corporation), Kazuhiro Hirasawa (CAE Solutions), Yasutaka Ueda (HAZAMA ANDO CORPORATION)

Development of Low Noise Road Surfacing on Local Roads in Hong KongKaren LEONG (Environmental Protection Department), Alvin TSE (Environmental Protection Department), Wai CHAU (Environmental Protection Department), CK LEE (Environmental Protection Department), Terence TSANG (Environmental Protection Department)

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Area 5 Environmental NoiseSession 1. Advances in Environmental Noise

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Noise pollution in São Paulo: actions towards public policiesPriscila Wunderlich (ProAcústica - Brazilian Association for Acoustical Quality), Marcos Holtz (ProAcústica -Brazilian Association for Acoustical Quality), Juan Frías Pierrard (ProAcústica - Brazilian Association for Acoustical Quality)

A balanced approach to aircraft noise management: An update on the curious case of Dublin Airport’s new runwayEoin A. King (University of Hartford)

A new curriculum for acoustics experts developed in the frame of the Erasmus+ “Noise Training” projectChiara Bartalucci (University of Florence), Francesco Borchi (University of Florence), Monica Carfagni (University of Florence), Lapo Governi (University of Florence), Raffaella Bellomini (Vie en.ro.se Ingegneria S.r.l.), Sergio Luzzi (Vie en.ro.se Ingegneria S.r.l.), Nilgün Akbulut Çoban (Antalya Provincial Directorate of Environment and Urbanization), César Asensio (Universidad Politécnica de Madrid)

Evaluation of the impact of vehicle traffic noise in communities: Comparative study on three highways in Brazilian northeasternLuciana da Rocha Alves (Federal University of Rio Grande do Norte), Tamáris da Costa Brasileiro Meneses(Federal University of Rio Grande do Norte), Débora Nogueira Pinto Florêncio (Federal University of Rio Grande do Norte), Virgínia Maria Dantas de Araújo (Federal University of Rio Grande do Norte), Bianca Carla Dantas de Araújo (Federal University of Rio Grande do Norte)

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Session 2. Environmental Noise legislation and Policy

Session 3. Communicating with the CommunityFree sound knowledge: how you (or your students) can contribute to Wiki4YearOfSound2020Thais C. Morata (National Institute for Occupational Safety and Health (NIOSH)), Alexandre A. P. Montilha (Bauru School of Dentistry – University of São Paulo FOB/USP)), Maria Aparecida A. M. Machado (Bauru School of Dentistry – University of São Paulo FOB/USP)), Fernanda Zucki (Federal University of Santa Catarina)

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Investigation of a smart noise barrier for dual active and passive control of construction noiseSiu-Kai Lai (The Hong Kong Polytechnic University), Yiting Zhang (The Hong Kong Polytechnic University), JiameiWang (The Hong Kong Polytechnic University), Shao-Yuan Leu (The Hong Kong Polytechnic University), Jian-QiaoSun (University of California)

Cymatics as a Tool for Noise Reduction in an Urban External EnvironmentEishita Vasdev (Sushant School of Art and Architecture), Himanshu Sanghani (Sushant School of Art and Architecture)

Evaluation of stone impact resistance of laminated glass used for transparent soundproof panels in road noise barriersTaesun CHANG (Korea Expressway Corporation Research Institute), Chulhwan KIM (Korea Expressway Corporation Research Institute), Hyun-min JANG (Korea Conformity Laboratories)

Numerical study on performance of noise barriers with opened tubes at the edgeTakashi Ishizuka (SHIMIZU Corporation)

Estimation Method for Acoustic Performance of Noise Reducing Devices on the Noise Barrier Consitering the Source CharacteristicsChulhwan KIM (Korea Expressway Corporation Research Institute), Taesun CHANG (Korea Expressway Corporation Research Institute), Junho CHO (Railway Transportation Department of Woosong College)

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Session 4. Noise Barriers

30

A case study on the effectiveness of acoustic performance and parallel-setting-up of a transparent standardized composite structure sound barrierJiping Zhang (Zhejiang Research and Design Institute of Ecological Environment), Hong Zhu (Zhejiang Research and Design Institute of Ecological Environment), Jiarong Sun (Zhejiang Research and Design Institute of Ecological Environment), Mingzhu Xu (Zhejiang Research and Design Institute of Ecological Environment), Zheming Wang (Zhejiang Research and Design Institute of Ecological Environment)

Acoustic performance of noise barriers based on sonic crystalsJan Radosz (Central Institute for Labour Protection – National Research Institute)

Investigate the effect of the active noise barrier on the reduction of noise level at the shadow zone and the neighboring buildingShahin Sohrabi (Universitat Politècnica de Catalunya (UPC)), Teresa Pàmies Gómez (Universitat Politècnica de Catalunya (UPC)), Jordi Romeu Garbí (Universitat Politècnica de Catalunya (UPC))

Sound insulation measurements on noise barriers across their entire extension: a preliminary studyPaolo Guidorzi (University of Bologna), Massimo Garai (University of Bologna)

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Session 5 Noise from Recreation ActivitiesThe sound of Indonesian citiesChristina E. Mediastika (Petra Christian University), Anugrah S. Sudarsono (Institut Teknologi Bandung), SentagiS. Utami (Universitas Gadjah Mada), Isnen Fitri (Universitas Sumatera Utara), Rizka Drastiani (UniversitasSriwijaya), MI Ririk Winandari (Universitas Trisakti), Akbar Rahman (Universitas Lambung Mangkurat), Asniawaty Kusno (Hasanudin University), NW Meidayanti Mustika (Universitas Warmadewa), Yuliana B. Mberu(Universitas Katolik Widya Mandira)

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Session 6. Noise Mapping: Advanced MethodsOverview of the NoiseModelling open-source software version 3 and its applications.Pierre Aumond (Univ Gustave Eiffel), Nicolas Fortin (Univ Gustave Eiffel), Arnaud Can (Univ Gustave Eiffel)

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Session 7. Urban Sound PlanningUrban sound design for allDick Botteldooren (WAVES & GASP, Ghent University)

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Session 8. Audiovisual Interactions in Environmental Noise PerceptionEffect of visual stimuli on the subjective impression of pass-by sound transmitted into low-rise residential buildingTakumi Asakura (Tokyo University of Science), Riku Hashimoto (Tokyo University of Science)

Audiovisual Perception of Nursing Students in an ICU Virtual EnvironmentSentagi Sesotya Utami (Universitas Gadjah Mada), Nico Saut Gabriel Sitorus (Universitas Gadjah Mada), R Sugeng Joko Sarwono (Institut Teknologi Bandung), Nur Chayati (Master of Nursing Universitas Muhammadiyah Yogyakarta), Zulfi Aulia Rahman (Universitas Gadjah Mada)

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Session 9. Outdoor and Urban Sound PropagationMeasurement On The Directivity Of Road Traffic NoiseJie YANG (Beijing Municipal Institute of Labour Protection), Ruixiang SONG (Beijing Municipal Institute of LabourProtection), Lijuan ZHANG (Nuclear and radiation safety center), Hougui ZHANG (Beijing Municipal Institute of Labour Protection)

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31

Impact prediction and noise prevention analysis of composite noise in residential community based on Cadna/ A softwareWei Xiong (South China University of Technology), Hongwei Wang (South China University of Technology)

Long-term experiments on influences of ground surface and meteorological conditions on outdoor sound propagation using an unattended impulse response measurement systemTakatoshi Yokota (Kobayasi Institute of Physical Research), Koichi Makino (Kobayasi Institute of Physical Research), Genki Iizumi (Hokkaido Research Organization), Takuya Tsutsumi (Hokkaido Research Organization)

Comparative study of urban noise between neighborhoods in João Pessoa, Brazil based on sound mappingTamáris Brasileiro-Meneses (Federal University of Rio Grande do Norte - UFRN), Renato Araújo (Federal University of Paraíba - UFPB), Kalina Araújo (Federal University of Paraíba - UFPB), Ana Beatriz Pinto (Federal University of Paraíba - UFPB), Juliana Magna da Silva Costa Morais (Federal University of Paraíba - UFPB), Bianca Carla Dantas de Araújo (Federal University of Rio Grande do Norte - UFRN)

Extension of weather influence modeling of ground acoustic properties to various ground surface typesYumi Kurosaka (Niigata University), Takuya Oshima (Niigata University)

Comparison of flow resistivity values of ground soil obtained by direct measurements and estimations by in-situ acoustic measurementsTakuya Oshima (Niigata University), Masato Tsukahara (Niigata University), Yumi Kurosaka (Niigata University)

Influence of the traffic flow in urban noise pollutionSimona Domazetovska (University Ss Cyril and Methodius in Skopje), Maja Anachkova (University Ss Cyril and Methodius in Skopje), Viktor Gavriloski (University Ss Cyril and Methodius in Skopje), Zlatko Petreski (University Ss Cyril and Methodius in Skopje)

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Session 10. Environmental management Through MonitoringA Study on Noise Measuring Heights for Highway Roadside MeasurementsHyejin KANG (Korea Expressway Corporation Research Institute), Chulhwan KIM (Korea Expressway Corporation Research Institute)

Opportunistic method for road surface noise labelling: data cleaningWout Van Hauwermeiren (Ghent University), Dick Botteldooren (Ghent University), Karlo Filipan (ASAsense cv), Bert De Coensel (ASAsense cv)

Study of the noise variability recorded by monitoring stations in Chilean citiesGuillermo Rey Gozalo (Universidad Autónoma de Chile), Enrique Suárez (Universidad Austral de Chile), Jorge P. Arenas (Universidad Austral de Chile), Juan Miguel Barrigón Morillas (Universidad de Extremadura), David Montes González (Universidade de Coimbra), Camila Oyarzún Toledo (Universidad Austral de Chile), Diego Vergara Elgueda (Universidad Austral de Chile), Leonel Molina Alvarado (Universidad Austral de Chile), Fausto Espinoza (Universidad Austral de Chile)

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Session 11. Green & Natural Means for Noise ControlInfluence of stand characteristics on the acoustic forest floor effectTimothy Van Renterghem (Ghent University), Floris Huyghe (Ghent University), Kris Verheyen (Ghent University)

Sensitive Risk Assessment and Planning Protection Policies of noise pollution for egretTian-yi Deng (Tianjin University), Ke Zhang (Tianjin University), Jian Zeng (Tianjin University), Meng Zhang (Hebei Agricultural Univ), Si-yuan Ding (Tianjin University)

Noise mitigation due to vegetation lines alongside major roads? An investigation of the acoustic effect of vegetation and its influence on the perceived noise annoyanceMartin Czuka (AIT Austrian Institute of Technology), Christian Kirisits (ZT Kirisits), Bernhard Baumgartner (AIT Austrian Institute of Technology)

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Session 12. Wind Turbine Noise PerceptionA method to generate a database of source labelled environmental noise samples using open noise data and to quantify wind turbine noise in it.Thileepan Paulraj (University of Vaasa), Petri Välisuo (University of Vaasa)

Perceived sleep acceptability of broadband amplitude-modulated wind farm noiseMahmoud Alamir (Flinders University), Branko Zajamsek (College of Medicine and Public Health), Kristy Hansen (Flinders University)

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Area 6 Flow Induced Noise & Vibration

Structural vibration analysis of multiple beams in the viscous fluid by using spectral element methodWonseok Yang (Korea National University of Transportation), Junhong Park (Hanyang University)

Aeroelastic analysis of airfoils at proximity with structural couplingKailash Dhital (Korea Advanced Institute of Science and Technology), Jae-Hung Han (Korea Advanced Institute of Science and Technology), Anh Tuan Nguyen(Le Quy Don Technical University)

Research on Flow Noise of Underwater VehicleTiancheng Miao (China Ship Development and Design Center)

Wind Induced Noise inside a microphone’s port of a two-way radioWan Masrurah Hairudin (Universiti Sains Malaysia(USM)), Norilmi Amilia Ismail (Universiti Sains Malaysia (USM))

Aeroelastic Analysis of Two-Dimensional Tandem Wing using Vortex Lattice MethodHyeon-Ho Yang (Korea Advanced Institute of Science and Technology), Kailash Dhital (Korea Advanced Institute of Science and Technology), Jae-Hung Han (Korea Advanced Institute of Science and Technology)

Aeroacoustic characterization of micro-perforated liners under a low-speed turbulent boundary layerCédric Maury (Aix Marseille Univ), Teresa Bravo (Consejo Superior de Investigaciones Científicas (CSIC))

Experimental and numerical investigation into effects of weather-strip on transmission of wind noise through side-window of automobileSangheon Lee (Pusan National University), Songjune Lee (Pusan National University), Cheolung Cheong (Pusan National University), Hyerin Kwon (DRB Holding co.,Ltd.), Changman Seo5 (DRB Holding co.,Ltd.)

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Session 1. Flow Induced Noise and Vibration: General

Session 2. Fan and turbomachinery noiseAn Experimental Investigation on the Noise Reduction of a Linear Cascade with Serrated Trailing-edge based on Linear Microphone Array MeasurementsKangshen Xiang (Northwestern Polytechnical University), Liang Ji (Northwestern Polytechnical University), Lin Li (Northwestern Polytechnical University), Luqin Mao (Northwestern Polytechnical University), Weiyang Qiao(Northwestern Polytechnical University)

Simulation study on the time-invariant air-flow characterization of centrifugal fanKong-cheng ZUO (China Aerodynamics Research and Development Centre), Yong WANG (China Aerodynamics Research and Development Center), Xie ZHENG (China Aerodynamics Research and Development Center)

Resabtors – Reducing fan and flow noise in HVAC applicationsBerend Linke (Umfotec GmbH), Ingo Krebs (Umfotec GmbH), Ralf Buck (Umfotec GmbH)

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On a new approach for numerical modeling of the quadcopter rotor sound generation and propagationSergey Timushev (Moscow Aviation Institute), Dmitry Klimenko (Moscow Aviation Institute), Andrey Aksenov(TESIS Ltd.), Vladimir Gavrilyuk (TESIS Ltd.), Jiawen Li (School of Astronautics Beihang University (BUAA))

Noise emission prediction of small scale twin pushing propellers through surrogate modelsAlessandro Di Marco (Roma TRE University), Elisa de Paola (Roma TRE University), Roberto Camussi (Roma TRE University), Nicola Paletta (IBK Innovation GmbH & Co.), Carlo Aquilini5 (Airbus Defence and Space)

Improvement in Aerodynamic and Aeroacoustic Performances of Axial-Flow Fan in Outdoor Unit of Air-conditioner Using Two-Dimensional Cascade AnalysisSeo Yoon Ryu (Pusan National University), Cheolung Cheong (Pusan National University), Jong Wook Kim (LG Electronics), Byung Il Park (LG Electronics)

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Vibroacoustic modeling of elastic plates excited by turbulent boundary layerXiaoji Song (Harbin Engineering University), Guoyong Jin (Harbin Engineering University), Tiangui Ye (Harbin Engineering University)

Acoustic Performance of Silencer Based on Temperature Field and Sound Field CouplingKai Qi (Research Institute of Power Engineering Technology), Xinyu Zhang (Research Institute of Power Engineering Technology), Wenping Zhang (Research Institute of Power Engineering Technology)

Study of Acoustic Propagation in Pipeline with Temperature GradientRui Hu (Harbin Engineering University), Xinyu Zhang (Harbin Engineering University), Wenping Zhang (Harbin Engineering University)

Flow induced noise reduction design of airfoils with spanwise riblet surfaceZhigao Dang (Northwestern Polytechnical University), Zhaoyong Mao (Northwestern Polytechnical University)

Minimizing Automotive HVAC Blower Fan Noise using a Lattice Boltzmann based Method and Leveraging a Cloud-based Automated Optimization WorkflowMinsuk Kim (Dassault Systèmes SIMULIA), Adrien Mann (Dassault Systèmes SIMULIA), Christopher Lee (Dassault Systèmes SIMULIA), Zen Sugiyama (Dassault Systèmes SIMULIA)

Optimization design of high-speed impeller for high-performance and low-noise cordless vacuum cleanerKunwoo Kim (Pusan National University), Seo-yoon Ryu (Pusan National University), Cheolung Cheong (Pusan National University), Jinman Jang (LG Electronics), Seongjin Seo (LG Electronics), Cheolmin Jang (LG Electronics)

Research on the fluid structure coupled vibration characteristics of a cantilevered curved pipeYingdong Zhou (China Ship Development and Design Center), Jize Zhong (China Ship Development and Design Center), Changlin Qiu (China Ship Development and Design Center), Chunxu Wang (China Ship Development and Design Center), Du Shen (China Ship Development and Design Center), Xiaojie Yan (China Ship Development and Design Center), Xiaoming Fu (China Ship Development and Design Center), Qibin Sun (China Ship Development and Design Center)

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Session 3. Flow Induced Noise and Vibration: Computational Methods

Session 4. Flow Induced Noise and Vibration: ExperimentsInfluence of round corners on vortex-acoustic coupling flow inside coaxial side-branchesMa Hongyu (China Ship Development and Design Center), Wang Peng (Shanghai Jiao Tong University)

Simulation and Experimental Study on Flow-Induced Noise of Underwater Wing StructureQiang Gong (China Ship Development and Design Center), Jishi Xiong (China Ship Development and Design Center)

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The optimized design and verification of single/double-flow jet noise scale model test rigYingdong Zhou (China Ship Development and Design Center), Jize Zhong (China Ship Development and Design Center), Changlin Qiu (China Ship Development and Design Center), Du Shen (China Ship Development and Design Center)

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Psychoacoustic optimisation of aircraft noise – challenges and limitsChristian DREIER (RWTH Aachen University), Michael VORLÄNDER (RWTH Aachen University)

Empirical prediction of noise from subsonic dual-stream jets using the concept of two components of single-stream jet noiseIncheol Lee (Beijing Aircraft Technology Research Institute of Commercial Aircraft Corporation of China, Ltd), Yingzhe Zhang (Beijing Aircraft Technology Research Institute of Commercial Aircraft Corporation of China, Ltd), Dakai Lin (Beijing Aircraft Technology Research Institute of Commercial Aircraft Corporation of China, Ltd)

Empirical prediction of noise from subsonic single-stream jets using the concept of two broadband componentsIncheol Lee (Beijing Aircraft Technology Research Institute of Commercial Aircraft Corporation of China, Ltd), Yingzhe Zhang (Beijing Aircraft Technology Research Institute of Commercial Aircraft Corporation of China, Ltd), Dakai Lin (Beijing Aircraft Technology Research Institute of Commercial Aircraft Corporation of China, Ltd)

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Session 5. Jet Noise

Session 6. AeroacousticsExperimental study on instability tonal noise reduction using trailing edge gradient porous materialsYong Wang (China Aerodynamics Research and Development Center), Qing-Ren Lai (China Aerodynamics Research and Development Center), Yong Liang (China Aerodynamics Research and Development Center), Yu-Bao Song (China Aerodynamics Research and Development Center), Xie Zheng (China Aerodynamics Research and Development Center)

Investigation of acoustic sources in the unsteady flow using spectral acoustic analogyFeng Feng (China Academy of Aerospace Aerodynamics)

Surrogate-based optimization for airfoil trailing-edge noise reduction using morphed trailing-edge shapesChen Liu (University of California), Seongkyu Lee (University of California)

Aeroacoustic characteristics of metasurfaces with stair-stepping honeycomb structures covered by perforated panels Yi Fang (Hong Kong University of Science and Technology), Qian Liu (Hong Kong University of Science and Technology), Jingwen Guo (Hong Kong University of Science and Technology), Ziyan Jiang (Hong Kong University of Science and Technology), Han Wu (Hong Kong University of Science and Technology), Siyang Zhong (Hong Kong University of Science and Technology), Xin Zhang (Hong Kong University of Science and Technology)

A rotor blade aeroacoustics test platform at HKUSTHan Wu (The Hong Kong University of Science and Tecnology), Weijie Chen (The Hong Kong University of Science and Tecnology), Ryu Fattah (The Hong Kong University of Science and Tecnology), Jingwen Guo (The Hong Kong University of Science and Tecnology), Yi Fang (The Hong Kong University of Science and Tecnology), SiyangZhong (The Hong Kong University of Science and Tecnology), Xin Zhang (The Hong Kong University of Science and Tecnology)

Assessing airfoil tonal noise reduction potential using flow-induced vibration of an elastic panel at various angles of attackArif Irsalan (The Hong Kong Polytechnic University), Garret C. Y. Lam (The Hong Kong Polytechnic University), Randolph C. K. Leung (The Hong Kong Polytechnic University)

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Aerofoil tonal noise reduction using serrated trailing edgesMatthieu B. R. Gelot (University of Southampton), Jae Wook Kim (University of Southampton)

Numerical Study of Aerodynamic Sound and Spatial Coherence Lengths for Circular Cylinders in Sub Critical Flow RegimeJoemon Jacob (Indian Institute of Technology), Bhattacharya S.K. (Indian Institute of Technology)

Investigation into effects of blade inlet/outlet angles and trailing edge shape on flow and noise performances of circulating centrifugal fan in clothes dryerJinho Choi (Pusan National University), Seo-yoon Ryu (Pusan National University), Cheolung Cheong (Pusan National University), Jinman Jang (LG Electronics), Seongjin Seo (LG Electronics), Cheolmin Jang (LG Electronics)

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Numerical modelling assessment of radiated sound power by acoustic radiation efficiency parameter.Michal Kozupa (ABB Power Grids Poland Sp. z o.o.), Magdalena Matys (ABB Power Grids Poland Sp. z o.o.)

Development and validation of spreadsheet tools for noise path characterizationD. W. Herrin (University of Kentucky), Srinivasa Ippili (University of Kentucky), Keyu Chen (University of Kentucky), Xin Hua (University of Kentucky), Bryan Beamer (National Institute for Occupational Safety and Health (NIOSH)), David Copley (Caterpillar Corp.)

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Session 1. Industrial Noise Case Studies and Innovations

Session 2. Industrial Noise ModellingNon-constant noise calculation using the room response functionAlexander Antonov (Tambov State Technical University), Vladimir Ledenev (Tambov State Technical University), Nataliya Merkushev (Tambov State Technical University), Tatyana Nevenchannaya (Moscow Polytechnic University), Igor Shubin (Research Institute of Building Physics), Ilya Tsukernikov (Research Institute of Building Physics)

Equivalent linear modeling of a human head including the characteristics of simulator to evaluate a bone-conduction deviceChan-Jung Kim (Pukyong National University), Byung-Tak Kim (Pukyong National University), Seon-Jin Kim (Pukyong National University), Inpil Kang (Pukyong National University), Jeong-Hyun Sohn (Pukyong National University), Moon-Cheol Yoon (Pukyong National University)

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Area 7 Industrial Noise

Electromagnetic noise and vibration generated by induction motorsTakumi Namatame (Meiji University), Tatsuya Suzuki (Meiji University), Akira Saito (Meiji University)

Effects of centroid bias on piston secondary motionWang Chuang (Harbin Engineering University), Yipeng Cao (Harbin Engineering University), Yiming Ma (Harbin Engineering University)

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Session 3. Machinery, Manufacturing, and Mining Noise

Contribution of Individual Windings to Overall Load-Controlled Noise and Vibrations of Power Transformers using Coupled Multiphysics FEM-BEM SimulationsBruno Bošnjak (Hyundai Electric Switzerland AG), Dariusz Nowak (Hyundai Electric Switzerland AG), Robert Sitar (Hyundai Electric Switzerland AG), Chang Hoon Ahn (Hyundai Electric & Energy Systems Co.)

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Session 4. Power Generation Facilities and Equipment

Acoustic optimization design and experimental verification of marine diesel engine exhaust systemWang, Duyong (Shanghai Marine Diesel Engine Research Institute), Xu, Beibei (Shanghai Marine Diesel Engine Research Institute), Xia, Meng (Shanghai Marine Diesel Engine Research Institute), Zhang, Zhengyao (Shanghai Marine Diesel Engine Research Institute), Zhu, Xiaojian (Shanghai Marine Diesel Engine Research Institute)

Acoustic Reciprocity of Large Three-Port SilencersH. Zhou (University of Kentucky), P. Wang (University of Kentucky), T. W. Wu (University of Kentucky)

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Session 5. Large Silencers

36

WIND Power Noise Systematically Misjudged in SwedenThomas Lagö (Qirra Sound Technologies Europa AB), Bertil Persson (Bertil Persson Betongteknik AB)

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Session 6. Wind Turbine

Noise health impact assessment in KoreaHyosung Sun (Korea Environment Institute), Byungkwon Lee (Korea Environment Institute)

Causal analysis of complaint behaviours due to environmental noisesShigenori Yokoshima (Kanagawa Environmental Research Center), Makoto Morinaga (Defense Structure Improvement Foundation), Takashi Yano (Kumamoto University)

Evidence Relating to Environmental Noise Exposure and Annoyance, Sleep Disturbance, Cardio-Vascular and Metabolic Health Outcomes in the Context of IGCB (N): A Scoping Review of New Evidence regarding sources other than transport noiseIrene van Kamp (National Institute for Public Health and the Environment), Sendrick Simon (National Institute for Public Health and the Environment), Hilary Notley (UK Department for the Environment), Christos Baliatsas(Netherlands institute for health services research), Elise van Kempen (National Institute for Public Health and the Environment)

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Session 1. Advances in Noise & HealthArea 8 Noise & Health

The impact of the WHO Environmental Noise Guidelines (2018) in The NetherlandsDik Welkers (National Institute for Public Health and the Environment)

Revision of Swiss noise exposure limits in the wake of the WHO environmental noise guidelines: methodology mattersMark Brink (Federal Office for the Environment), Hans Boegli (Federal Office for the Environment), Urs Walker (Federal Office for the Environment), Jürg Artho (Social Research Unit, University of Zurich), Jean-Marc Wunderli(Laboratory for Acoustics / Noise Control), Martin Röösli (Swiss Tropical and Public Health Institute), Georg Thomann (Office for Nature and the Environment)

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Session 2. WHO Guidelines and policy implications

Noise pollution at construction sites: occupational noise generated by portable power toolsAdriano A R Barbosa (Federal Institute of Sao Paulo (IFSP)), Marcin Butlewski (Poznan University of Technology (PUT))

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Session 3. Noise at Work; Occupational Noise; Hearing Conservation; Hearing Protector

37

Effects of vibrator placement and ambient noise on perception of bone-conducted sound during earpluggingTaishi Shinobu (Chiba Univ.), Sho Otsuka (Chiba Univ.), Seiji Nakagawa (Chiba Univ.)

Auditory risk for impulsive sounds using the AHAAH model for impulsive sounds with stylized signals, measurements and by applying hearing protectionFrits van der Eerden (TNO), Frank van den Berg (TNO)

Verifying the attenuation of earplugs in an auto parts factory in ChinaWei Gong (National Institute for Occupational Safety and Health (NIOSH)), Thais C. Morata (National Institute for Occupational Safety and Health (NIOSH))

EVALUATION OF NOISE EXPOSURE AND NOISE-INDUCED HEARING LOSS IN JUDICIAL TRANSCRIBERSMałgorzata Zamojska-Daniszewska (Nofer Institute of Occupational Medicine), Małgorzata Pawlaczyk-Łuszczyńska (Nofer Institute of Occupational Medicine), Adam Dudarewicz (Nofer Institute of Occupational Medicine), Kamil Zaborowski (Nofer Institute of Occupational Medicine)

Otoacoustic emissions in call centre operatorsMałgorzata Pawlaczyk-Łuszczyńska (Nofer Institute of Occupational Medicine), Małgorzata Zamojska-Daniszewska (Nofer Institute of Occupational Medicine), Kamil Zaborowski (Nofer Institute of Occupational Medicine), Adam Dudarewicz (Nofer Institute of Occupational Medicine)

HEARING THRESHOLD LEVEL IN WORKERS EXPOSED TO NOISE OF ULTRASONIC WELDING DEVICESAdam Dudarewicz (Nofer Institute of Occupational Medicine), Małgorzata Zamojska-Daniszewska (NoferInstitute of Occupational Medicine), Kamil Zaborowski (Nofer Institute of Occupational Medicine), MałgorzataPawlaczyk-Łuszczyńska (Nofer Institute of Occupational Medicine)

Noise assessment at office workplaces – Rating level and statistical analysis of sound pressure level measurementsTobias Renz (Renz Solutions GmbH)

EXPOSURE TO NOISE AT THE WORKPLACE OF FITNESS INSTRUCTORS AND ITS IMPACT ON THEIR HEARINGKamil Zaborowski (Nofer Institute of Occupational Medicine), Adam Dudarewicz (Nofer Institute of Occupational Medicine), Małgorzata Pawlaczyk-Łuszczyńska (Nofer Institute of Occupational Medicine), Anna Wolniakowska(Nofer Institute of Occupational Medicine), Mariola Sliwinska-Kowalska (Nofer Institute of Occupational Medicine)

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Effects of spiral geometry of cochlea in hearing sensitivity and audible frequency band inferred from motions of basilar membraneDooho Lee (Dongeui University), Youn-Young Park (Dongeui University)

Effect of Mental Fatigue on Medial Olivocochlear ReflexYuto Suzuki (Chiba Univ.), Sho Otsuka (Chiba Univ.), Seiji Nakagawa (Chiba Univ.)

Effect of Expectation of Stimulus intensity on Medial Olivocochlear Bundle ReflexSho Otsuka (Chiba Univ.), Seiji Nakagawa (Chiba Univ.)

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Session 4. Physiological Acoustics/ Hearing mechanism

Room acoustics in dementia care affect staff and patients.Mai-Britt Beldam(Saint-Gobain Ecophon), Rasmus Qupersimat Jørgensen (Technical University of Denmark), Cheol-Ho Jeong (Technical University of Denmark), Birgit Dietz (Technischen Universität München)

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Session 5. Acoustics and noise in hospitals and healthcare facilities: experience and impact on patients, staff and community well-being

38

Noise levels measured in Danish dental clinicsCheol-Ho Jeong (Technical University of Denmark), Nina Yazdanyar (Technical University of Denmark)

Noise and Clinical Risk Management: Influence on Performance and CommunicationSilvester Siegmann (Heinrich Heine-University Duesseldorf), Renate Schmook (Heinrich Heine-University Duesseldorf), Gerd Notbohm (Heinrich Heine-University Duesseldorf)

City hospitals in Turkey: a review of acoustical criteria and design principlesZeynep Bora Özyurt (Bursa Uludağ University), Merve Eşmebaşı (MEZZO Stüdyo Ltd), Zühre Sü Gül (BilkentUniversity)

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Do we need different metrics to predict the effects of aircraft noise on children’s well-being and health?Jan Spilski (University Kaiserslautern), Kirstin Bergström (University Kaiserslautern), Ulrich Möhler (Moehler + Partner Engineers), Thomas Lachmann (University Kaiserslautern), Maria Klatte (University Kaiserslautern)

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Session 6. Noise and health in children

Session 8. Standardization for noise and health research (exposure, non acoustic, and health)

Session 7. New evidence on Mental health, cognitive effects and cardiovascular effectsInvestigation on the association between aircraft noise and general health of residents living near Tan Son Nhat AirportBach Lien Trieu (Shimane University), Thu Lan Nguyen (Shimane University), Wei Zhang (Shimane University), Yasuhiro Hiraguri (Kindai University), Makoto Morinaga (Defense Facilities Environment Improvement Association), Takashi Morihara (Ishikawa College), Takashi Yano (Kumamoto University), Yosiaki Sasazawa(University of the Ryukyus)

Perception of neighbour noise and self-reported psychometric statusSang Hee Park (Korea Institute of Civil Engineering and Building Technology), Hye Kyung Shin (Korea Institute of Civil Engineering and Building Technology), Kyoung Woo Kim (Korea Institute of Civil Engineering and Building Technology)

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The Investigation on subjective annoyance of typical noise in urban living environment and the preliminary study on the applicability of A, Z and G weighting network in noise evaluationQikun Wang (Tianjin Chengjian University), Wei Li (Tianjin Chengjian University), Chao Cai (Tianjin ChengjianUniversity), Yanan Xu (Tianjin Chengjian University)

The influence analysis fo current noise in urban living environment based on subjective comfort surveyYanan Xu (Tianjin Chengjian University), Chao Cai (Tianjin Chengjian University), Yan Wang (Tianjin ChengjianUniversity), Qikun Wang (Tianjin Chengjian University)

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Session 9. Planning and building for quality of lifeAcoustic comfort for living spaces: designing interactive and supportive environments dedicated to people with autismFederica Bettarello (University of Trieste), Marco Caniato (Free University of Bozen), Giuseppina Scavuzzo(University of Trieste), Andrea Gasparella (Free University of Bozen)

A critical overview on the sensory perception related to people affected by Autism Spectrum DesorderMarco Caniato (Free University of Bozen), Arianna Marzi (Free University of Bozen), Andrea Gasparella (Free University of Bozen)

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39

Progress in Roughness CalculationRoland Sottek (HEAD acoustics GmbH), Julian Becker (HEAD acoustics GmbH), Thiago Lobato (HEAD acoustics GmbH)

Sensation-growth equations for non-zero threshold sensation, evaluated using non-traditional, bounded Fechnerian integration, for Fechner’s Law, Ekman’s Law and for Ekman’s Law, using 12 different Weber FractionsLance Nizami (Independent Research Scholar)

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Session 1. Advances in PsychoacousticsArea 9 Psychoacoustics

Objective evaluation of noise in electric vehicles during acceleration based on psychoacousticsKun Qian (Tsinghua University), Zhicao Hou (Tsinghua University), Dengke Sun (China University of Mining & Technology-Beijing), Peibao Wu (Tsinghua University), Rongkang Luo (Tsinghua University), Kunying Kuang(China University of Mining & Technology-Beijing)

Evaluation of subjective impressions of footstep noise from combinations of high-heeled shoes and flooring materialsKi-Hong Kim (Surugadai University)

Measurement of air-, bone- and teeth- conducted threshold levels by pure tone audiometryTomomi Yamada (Osaka University), Hazuki Maezono (Osaka University), Kazunori Nozaki (Osaka University), Mikako Hayashi (Osaka University), Takanori Matsui (Osaka University), Masayuki Takada (Kyushu University), Annemie Van Hirtum (Alpes University)

Evaluation of tire-pattern noise for better impressionTakeo Hashimoto (Seikei University), Shigeko Hatano (Seikei University), Sung Hwan Shin

Tonality benchmark analysis for electric vehicle interior noiseFlorian Doleschal (Otto von Guericke University Magdeburg), Jan Hots (Otto von Guericke University Magdeburg), Jesko Verhey (Otto von Guericke University Magdeburg), Arne Oetjen (Carl von Ossietzky University Oldenburg), Sebastian Schneider (Otto von Guericke University Magdeburg), Hermann Rottengruber (Otto von Guericke University Magdeburg)

Surveys on sonic environment and inhabitants’ awareness around childcare facilitiesHiroko Kataoka (Kyushu University), Masayuki Takada (Kyushu University), Shin-ichiro Iwamiya (Nihon University)

Subjective evaluation on the effect of tonal components contained in environmental noisesMiki Yonemura (the University of Tokyo), Hyojin Lee (the University of Tokyo), Shinichi Sakamoto (the University of Tokyo),

A laboratory investigation into the oppressive or vibratory feeling to low-frequency pure-toneMakoto Morinaga (Defense Structure Improvement Foundation), Shigenori Yokoshima (Kanagawa Environment Research Center), Koichi Makino (Kobayasi Institute of Physical Research), Tomohiro Kobayashi (KobayasiInstitute of Physical Research), Sakae Yokoyama (Kobayasi Institute of Physical Research)

Effects of parameters of HVAC noise on subjective preference and intellectual productivitySeiji Nakagawa (Chiba Univ), Haruki Nakajima (Chiba Univ), Sho Otsuka (Chiba Univ)

Sound quality evaluation in the VIP lounge of an EMU train based on psychoacoustic parametersKun Qian (Tsinghua University), Zhicao Hou (Tsinghua University), Qiang Sun (CRRC Changchun Railway Vehicles Co., Ltd), Yang Gao (CRRC Changchun Railway Vehicles Co., Ltd), Ruixue Liu (Tsinghua University), Dengke Sun (China University of Mining & Technology-Beijing)

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Session 2. Psychoacoustics in Noise Evaluation

40

Session 3. Psycho-acoustics Multisensory Perception and InteractionEffects of noise on overhead crane operators’ performances under mental fatigue, in a virtual reality crane simulatorMassimiliano Masullo (Università degli Studi della Campania “Luigi Vanvitelli”), Roxana Adina Toma (Universitàdegli Studi della Campania “Luigi Vanvitelli), Aniello Pascale (Università degli Studi della Campania “Luigi Vanvitelli), Luigi Maffei (Università degli Studi della Campania “Luigi Vanvitelli), Gennaro Ruggiero (Universitàdegli Studi della Campania “Luigi Vanvitelli)

Using Eye Tracking to Investigate the Audio-Visual Effect of Landscape Perception: A Research ReviewJian Li (Università degli Studi della Campania “Luigi Vanvitelli”), Massimiliano Masullo (Università degli Studidella Campania “Luigi Vanvitelli), Luigi Maffei (Università degli Studi della Campania “Luigi Vanvitelli)

Preliminary qualification of a small audio-visual dataset for a multisensory study on urban parksMassimiliano Masullo (Università degli Studi della Campania “Luigi Vanvitelli”), Luigi Maffei (Università degliStudi della Campania “Luigi Vanvitelli”), Federico Cioffi (Università degli Studi della Campania “Luigi Vanvitelli”), Alice Palmieri (Università degli Studi della Campania “Luigi Vanvitelli”), Adriana Galderisi (Università degli Studidella Campania “Luigi Vanvitelli”), Jian (Università degli Studi della Campania “Luigi Vanvitelli”), Aniello Pascale (Università degli Studi della Campania “Luigi Vanvitelli”), Tina Ianchini (Università degli Studi della Campania “Luigi Vanvitelli”), Gennaro Ruggiero (Università degli Studi della Campania “Luigi Vanvitelli”), Francesco Ruotolo (Università degli Studi della Campania “Luigi Vanvitelli”), Mariachiara Rapuano ((Università degli Studidella Campania “Luigi Vanvitelli”)

Developing a Multivariate Model to Predict the Perception of Residents' Perceived Noise Annoyance through High-Rise Building WindowsChi Kwan Chau (the Hong Kong Polytechnic University), Wai Kit Chung (the Hong Kong Polytechnic University), Massimilano Masullo (Università degli Studi della Campania “Luigi Vanvitelli”), Aniello Pascale (Università degliStudi della Campania “Luigi Vanvitelli”)

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Auditory distance perception cues in a small enclosed space: numerical simulation and psychoacoustical evaluationLinda Liang (South China University of Technology), Guangzheng Yu (South China University of Technology)

The Behavioral Test and Measurements of the Artificial Head’s Responses Involving the Short Sounds with the Gaussian EnvelopeKarolina Martinson (The Institute of Nuclear Physics Polish Academy of Sciences), Piotr Zieli´nski (The Institute of Nuclear Physics Polish Academy of Sciences), Tadeusz Kamisi´nski (AGH University of Science and Technology)

Is wearing active-noise-cancelling headphones in open space offices beneficial for cognitive performance and employee satisfaction? Results of two laboratory studies.Benjamin Johannes Mueller (Fraunhofer-Institute for Building Physics), Andreas Liebl (Hochschule DöpferUniversity of Applied Sciences), Noemi Martin (Fraunhofer-Institute for Building Physics)

The effect of binaural recording devices on speech intelligibility evaluation in rooms Yuhe Yao (South China University of Technology), Jiecheng Zhu (South China University of Technology), Jue Wang (South China University of Technology), Yongchang Mei (South China University of Technology), Jingyu Tan (South China University of Technology), Yuying Guo (South China University of Technology), Jianxin Peng (South China University of Technology)

Benefit from spatial release from masking for native and non-native listeners in simulated room acousticsC. T. Justine Hui (University of Auckland), Eugena Au (University of Auckland), Shirley Xia (University of Auckland), Yusuke Hioka (University of Auckland), Catherine I. Watson (University of Auckland), Hinako Masuda (SeikeiUniversity)

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Session 4. Spatial Hearing

41

Analysis of drivers’ horn use factors at intersections in an urban area of TaiwanMasayuki Takada (Kyushu University), Kazuma Hashimoto (Kyushu University), Tamaki Inada (Kyushu University), Ki-Hong Kim (Surugadai University), Yoshinao Oeda (Kyushu University), Yu Chang Lin (National Taipei University of Technology), Wei Lin (Feng Chia University), Fang-Yi Huang (Feng Chia University)

Use of “Beamforming” as a tool to assist the development of acoustic productsMarcelo de Mello Aquilino (IPT - Technological Research Institute of the State of São Paulo), Cristina Yukari Kawakita Ikeda (IPT - Technological Research Institute of the State of São Paulo)

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Session 1. Advances in Sound Quality & Product NoiseArea 10 Sound Quality & Product Noise

Developing a simple tool noise comparison procedure for use in a Buy Quiet programHannah Speaks (National Institute for Occupational Safety and Health (NIOSH)), Bryan Beamer (National Institute for Occupational Safety and Health (NIOSH

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Session 2. Buy Quiet

Session 3. Consumer Product NoiseThe evolution of noise from household appliances in the last 30 years in BrazilMarcelo de Mello Aquilino (IPT - Technological Research Institute of the State of São Paulo), Cristina Yukari Kawakita Ikeda (IPT - Technological Research Institute of the State of São Paulo)

Numerical & Experimental Investigation of Low Frequency Tyre Impact Noise and Possible Applications on Tyre PerformancesMihar Ved (Apollo Tyres Global R&D B.V.), Bharatkumar Makwana (Apollo Tyres Global R&D B.V.)

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Session 6. Product Sound QualityModelling and analysis of subjective evaluation of sound quality of the construction vehicle noiseFei Xue (Nanjing Research Institute of Electronics Technology), Beibei Sun (Southeast University)

AI-SQ Metrics: Artificial Intelligence in Sound Quality MetricsRoland Sottek (HEAD acoustics GmbH), Thiago Henrique Gomes Lobato (HEAD acoustics GmbH)

Hybrid multi-channel system in automotive audioHang Zhang (Nanjing University), Zhibin Lin (Nanjing University)

Automotive Door Closure Sound Quality: Model, Target Definition and Identification of Countermeasure for Performance Improvement Jinyan Bi (GAC R&D Center), Chao Ren (GAC R&D Center), Rabah Hadjit (Hottinger Brüel & Kjær), Bret Engels (Hottinger Brüel & Kjær), Haibin Zhang (Hottinger, Brüel & Kjær China)

Relation between Preference of Road Noise and Loudness DistributionJae-Ho Yang (Kookmin University), Sung-Hwan Shin (Kookmin University), Eun-Jun Han (Hyundai Motor Company)

Sound quality characteristics of refrigeratorsEsra Tuze (Arçelik), Koray Erdogan (Arçelik), Mehmet Onur Cetin (Arçelik)

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Session 7. Sound and Multisensory Perception and InteractionPerceived immersion and powerfulness of a vehicle driving simulator in different reproduction configurationsEun Soo Jo (Hyundai Motor Group), Dong Chul Park (Hyundai Motor Group), Juan Camilo Gil-Carvajal (Technical University of Denmark), Technical University of Denmark (Technical University of Denmark), Wookeun Song (Brüel & Kjær Sound and Vibration Measurement A/S)

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42

Soundscape assessment: towards a validated translation of perceptual attributes in different languagesFrancesco Aletta (University College London), Tin Oberman (University College London), Östen Axelsson(Stockholm University), Hui Xie (Chongqing University), Yuan Zhang (Shenyang Jianzhu University), Siu-Kit Lau (National University of Singapore), Shiu-Keung Tang (The Hong Kong Polytechnic University), Kristian Jambrošić(University of Zagreb), Bert De Coensel (Ghent University), Kirsten van den Bosch (University of Groningen), Pierre Aumond (University Gustave Eiffel), Catherine Guastavino (McGill University), Catherine Lavandier (CY Cergy Paris University), André Fiebig (Technical University of Berlin), Brigitte Schulte-Fortkamp (Technical University of Berlin), Joko Sarwono (Bandung Institute of Technology), Anugrah Sudarsono (Bandung Institute of Technology), Arianna Astolfi (Polytechnic Institute of Turin), Koji Nagahata (Fukushima University), Jin-Yong Jeon (Hanyang University), Hyun-In Jo (Hanyang University), Julia Chieng (Universiti Putra Malaysia), Woon-Seng Gan (Nanyang Technological University), Joo-Young Hong (Nanyang Technological University), Bhan Lam (Nanyang Technological University), Zhen-Ting Ong (Nanyang Technological University), Pablo Kogan (University of Chile), Enrique Suárez Silva (Austral University of Chile), Jerónimo Vida Manzano (University of Granada), Papatya Nur Dökmeci Yörükoğlu (Çankaya University), Thu Lan Nguyen (Shimane University), Jian Kang (University College London)

Not all perceptual attributes for soundscape assessment have stable meaning in the appraisal spaceKoji Nagahata (Fukushima University)

User Assessments of Living Soundscapes in a Tropical Urban City, Exploring Subjective Perceptions and Objective Audio-visual Components Collected with Mobile Application Technology Yoshimi Hasegawa (National University of Singapore), Siu-Kit Lau (National University of Singapore), Antonella Radicchi (Technical University of Berlin)

Soundscape: Impact of COVID-19 upon the understanding of our acoustic environments. Why „silence" is so much more complicated.Brigitte Schulte-Fortkamp (HEAD Genuit Foundation)

Randomized clinical trial in soundscape researchArezoo Talebzadeh (Toronto Rehabilitation Institute), Andrea Iaboni (Toronto Rehabilitation Institute), Paul Devos (Ghent University), Dick Botteldooren (Ghent University), Dominique Van de Velde (Artevelde University College), Patricia De Vriendt (Artevelde University College)

Basic Study on Visualization of Environmental Sound Using Smart Glass to Support Hearing-impaired PersonsMasafumi Nakaya (Tokyo University of Science), Takumi Asakura (Tokyo University of Science)

Using the soundscape approach for managing urban quiet areasAndré Fiebig (Technische Universität Berlin)

Factors that affect individual differences in soundscape evaluationsMing Yang (HEAD acoustics GmbH), Maxim Emelin (Bauman Moscow State Technical University), Andreas Herweg (HEAD acoustics GmbH)

Soundscape, engagement and planning practices within airport expansion projects in the UKLisa Lavia (Heriot-Watt University), Caroline Brown (Heriot-Watt University), Sarah R. Payne (Heriot-Watt University)

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Session 1. Advances in Soundscape

Area 11 Soundscape

43

Virtual, augmented and mixed reality tools in soundscape evaluation and designBhan Lam (Nanyang Technological University), Yi Xian Tan (Nanyang Technological University), Joey Heng (Nanyang Technological University), Joo Young Hong (Singapore University of Technology and Design), Zhen-Ting Ong (Nanyang Technological University), Woon-Seng Gan (Nanyang Technological University)

Participative and interdisciplinary data collection for the study of urban soundscapes.Pierre Aumond (Univ Gustave Eiffel), Claire Guiu (Université de Nantes), Christèle Allès (Université de Nantes), Arnaud Can (Univ Gustave Eiffel)

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Session 2. Apps, Social Media and Virtual Reality as Soundscape Evaluation

A comparative study on soundscapes in real (RE) and virtual (VE) open offıce environments.Semiha Yılmazer (Bilkent University), Zekiye Şahin (Bilkent University)

The effect of soundscape on memory performance in a wayfinding task in a virtual outpatient polyclinicSemiha Yılmazer (Bilkent University), Donya Dalirnaghadeh (Bilkent University)

Noise Identification in Passenger Train and It’s Relation to Passenger PerceptionNurul HIDAYAH (Institut Teknologi Bandung), Joko SARWONO (Institut Teknologi Bandung), Anugrah SabdonoSUDARSONO (Institut Teknologi Bandung)

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Session 3. Indoor Soundscapes

Session 4. Noise Control Measures for Quiet Zones, Parks and Recreational AreasMapping the Tourism Transportation Noise Exposure To Natural Quiet and predicting potential effects on the threatened Black-Necked Cranes in Dashanbao Protected AreasXiaoqing XU (Tongji University), Jinjie FENG (Tongji University)

Effect of acoustic environment on mental feelings of residential living nearby the traffic roadLei Li (Harbin Institute of Technology), Yue Wu (Harbin Institute of Technology), Shanshan Zhang (Harbin Institute of Technology)

Comparisons of Soundscape at Inland and Coastal Public Spaces in ChinaWei Zhao (Harbin Institute of Technology), Jian Kang (Harbin Institute of Technology), Hongpeng Xu (Harbin Institute of Technology)

Road traffic noise in Monfragüe National ParkGuillermo Rey Gozalo (Universidad de Extremadura), David Montes González (Universidad de Extremadura), Juan Miguel Barrigón Morillas (Universidad de Extremadura), Javier Pérez-González (Universidad de Extremadura), Sebastián J. Hidalgo de Trucios (Universidad de Extremadura)

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Session 5. Soundscape in Architecture, Urban Planning and LandscapeUnderstanding urban soundscape through soundscape compositionAnugrah Sabdono Sudarsono (Institut Teknologi Bandung), Joko Sarwono (Institut Teknologi Bandung), Ranti Dwitassia(Institut Teknologi Bandung)

Effect of visual characteristics of residential areas on soundscape in high density cities in ChinaBo Gao (Harbin Institute of Technology), Qi Meng (Harbin Institute of Technology), Jian Kang (University College London (UCL).)

The Soundscape Descriptor in Historic District of JakartaDjimantoro, Michael Isnaeni (Institut Teknologi Bandung), Martokusumo, Widjaja (Institut Teknologi Bandung), Poerbo, Heru Wibowo (Institut Teknologi Bandung), Sarwono, Joko (Institut Teknologi Bandung)

Guidelines for soundscape mapping and urban soundscape design derived from the imaginaries of digital native usersJean-Dominique Polack (Sorbonne Université), Philippe Taupin (Centre de pilotage du Groupe PSA), Jin Yong Jeon (Hanyang University), Hyun In Jo (Hanyang University)

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44

Combined effects of conversational speech and physical environment perception on acoustic comfort in urban public spacesXinxin Ren (Dalian University of Technology), Shan Du (Dalian University of Technology), Qi Li (Dalian University of Technology)

Effect of dynamic visual form on sound preference of waterscapeXiaoyin Yang (Harbin Institute of Technology), Jian Kang (University College London)

The sound’s dynamics in street markets during the Covid-19 pandemic: a case study at Tabuleiro Market, Maceió-AL, BrazilJordana Teixeira da Silva (Federal University of Alagoas), Ana Caroline Araújo Ferreira da Silva (Federal University of Alagoas), Elisabeth de Albuquerque Cavalcanti Duarte Gonçalves (Federal University of Alagoas), Poliana Lopes de Oliveira (Federal University of Santa Catarina), Maria Lucia Gondim da Rosa Oiticica (Federal University of Alagoas)

Understanding City Park Soundcape Through ISO/TS 129132:2018 Sound walk (Method B) In Association With Landscape lementsBanu Chitra (School of Planning and Architecture), Minakshi Jain (School of Planning and Architecture), Faiz Ahmed Chundeli (School of Planning and Architecture)

To listen, to feel and to live in a noble area of a coastal city with vertical densification, the before and the during, time of Covid-19. Case study: Neighbourhood of Ponta Verde, Maceió-AL.Stella Rosane da Silva Oliveira (Federal University of Alagoas), Arthur Douglas Silva Martins (Federal University of Alagoas), Ellen Dyanne Caetano Saraiva (Federal University of Alagoas), Mariana Souza Barbosa (Federal University of Alagoas), Maria Lucia Gondim da Rosa Oiticica (Federal University of Alagoas)

The acoustic dimension of squares: the potentiality of soundgardensVictor Valadares Mourthé (Federal University of Minas Gerais), Márcia Maria Soares (State University of Minas Gerais ED/UEMG)

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Three sound installation prototypes for enhancing the quality of human life in public urban soundscapesJordan Lacey (RMIT University)

The Intention to Protect the Grand Song of the Dong Ethnic Group Based on the Planned Behavior Theory ModelLI Jing (Capital Normal University), LIU Aili (Capital Normal University), WU Lan (Capital Normal University), TANG Huimei(Capital Normal University), DENG Zhiyong (Capital Normal University)

Factors influencing audio-visual comfort evaluation in the metro commercial spaceJingWen Tao (Harbin Institute of Technology), YaoWu Wang (Harbin Institute of Technology), Lei Yu (Harbin Institute of Technology), Jian Kang (University College London), Tian Li (Tongji Architectural Design (Group) Co, Ltd)

Urban environment soundscape evaluation: Milan case study of noise events perceptions by citizensRosa Ma Alsina-Pagès (Grup de recerca en Tecnologies Mèdia), Ferran Orga (Grup de recerca en Tecnologies Mèdia), Marc Freixes (Grup de recerca en Tecnologies Mèdia), Roger Mallol (Grup de recerca en Tecnologies Mèdia), Francesco Aletta (University College London (UCL)), Andrew Mitchell (University College London (UCL)), Jian Kang (University College London (UCL)), Maria Foraster (ISGlobal)

Associations between soundscape restorativeness and self-reported well-being in different urban parksXingyue Fang (Northwest A&F University), Jingrong Liu (Northwest A&F University), Yuchen Zhang (Northwest A&F University), Tian Gao (Northwest A&F University), Ling Qiu (Northwest A&F University)

Associations between perceived occurrences of different sounds and perceived restorativeness in urban parksXingyue Fang (Northwest A&F University), Ling Qiu (Northwest A&F University), Tian Gao (Northwest A&F University)

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11_6_463

11_6_566

11_6_721

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11_6_863

Session 6. Soundscape, Health, Quality of Life

45

A case study on soundscape mapping for the historical and ethnic village of DONG Nationality in ZhaoxingCountyBAI Danfeng (Capital Normal University), DONG Kexin (Capital Normal University), TONG Kaicheng (Capital Normal University), DENG Zhiyong (Capital Normal University), LIU Aili (Capital Normal University)

The soundscape reconstructions of the early 20th century vendor cries in streets of Istanbul and Naples with two 3D sound spatialization approaches Hasan Baran Fırat (Università della Campania Luigi Vanvitelli), MassimilianoMasullo (Università della Campania Luigi Vanvitelli), Luigi Maffei (Università della Campania Luigi Vanvitelli), Can Karadoğan (Istanbul Technical University)

A methodology for the historically informed soundscapeHasan Baran Fırat (Università degli Studi della Campania “Luigi Vanvitelli”), Massimiliano Masullo (Università degli Studidella Campania “Luigi Vanvitelli”), Luigi Maffei (Università degli Studi della Campania “Luigi Vanvitelli”)

New descriptors for capturing perceptions within historic soundscapesPamela Jordan (University of Amsterdam), André Fiebig (Technische Universität Berlin)

Sounds as an expression of urban vitality: changes in the neighborhood's soundscape affected by technological disaster in Maceió - AL, BrazilMaria Lucia Gondim da Rosa Oiticica (Federal University of Alagoas), Poliana Lopes de Oliveira (Federal University of Santa Catarina), Jordana Teixeira da Silva (Federal University of Alagoas), Arthur Douglas Silva Martins (Federal University of Alagoas), Elisabeth de Albuquerque Cavalcanti Duarte Gonçalves (Federal University of Alagoas), Selma Patrícia Bandeira Mendes Costa (Federal University of Alagoas)

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11_8_944

Session 8. Soundscape Preservation

Soundscape assessment methods: Compatibility of questionnaires and narrative interview based on ISO 12913-2Hyun In Jo (Hanyang University), Rosa Seo (Hanyang University), Jin Yong Jeon (Hanyang University)

Soundscape assessment with classification of human perception to sound environmentJin Yong Jeon (Hanyang University), Hyun In Jo (Hanyang University)

Red Soundscape Index (RSI): An index with the potential to assess soundscape qualityXinhao Cao (Harbin Institute of Technology), Qi Meng (Harbin Institute of Technology), Jian Kang (University College London (UCL))

Crossing professional habits for plural analysis of urban soundscapesJean-Dominique Polack (Sorbonne Université), Elise Geisler (Agrocampus Ouest), Nathalie Gourlot (Atelier de recherche Politopie), Thea Manola (Ecole Nationale d’Architecture de Grenoble), Antoine Perez-Munoz (BruitParif), Silvère Tribout(Université Grenoble)

Soundscape characterization in outdoor public spaces in urban high-rise residential blocksGuofeng Zhu (Tianjin University), Jian Kang (Tianjin University), Hui Ma (Tianjin University), Chao Wang (Tianjin University)

Identification of Acoustic Index for Revealing The Characteristics of The Lowland Forest Ecosystem of Alas PurwoSentagi Sesotya Utami (Universitas Gadjah Mada), Hanifah (Universitas Gadjah Mada), Susilo Hadi (Universitas Gadjah Mada)

11_9_255

11_9_272

11_9_392

11_9_485

11_9_508

11_9_708

Session 9. Soundscape evaluations and indicators

46

A preliminary investigation on soundscape perception based on a soundwalk through open spaces of Matsue City, Japan.Honda Kazumasa (Shimane University), Bach Lien Trieu (Shimane University), Thu Lan Nguyen (Shimane University), Wei Zhang (Shimane University)

A deep learning approach for modelling perceptual attributes of soundscapesKenneth Ooi (Nanyang Technological University), Jooyoung Hong (Singapore University of Technology and Design), BhanLam (Nanyang Technological University), Zhen-Ting Ong (Nanyang Technological University), Woon-Seng Gan (Nanyang Technological University)

11_9_925

11_9_1017

Five questions on the indoor soundscape approach for regenerative buildingsSimone Torresin (University of Trento), Rossano Albatici (University of Trento), Francesco Aletta (University College London), Francesco Babich (Institute for Renewable Energy), Ethan Bourdeau (International WELL Building Institute), Jack Harvie-Clark (Apex Acoustics Ltd), Jian Kang(University College London), Lisa Lavia(Heriot-Watt University), Antonella Radicchi (Technical University Berlin)

Sound matters while enjoying movies; a soundscape study of visually impaired peopleChristina E. Mediastika (Petra Christian University), Anugrah S. Sudarsono (Institut Teknologi Bandung)

Effect of visual environment on auditory perception in the public spaces of shopping mallsFashu Yi (Harbin Institute of Technology), Jian Kang (University College London)

A taxonomy of indoor acoustic environments and sound source preference in shopping centresUğur Beyza ERÇAKMAK (Çankaya University), Papatya Nur DÖKMECİ YÖRÜKOĞLU (Çankaya University)

Emotions elicited by indoor sound sources in wooden residential buidingsFrescura Alessia (University of Liverpool), Pyoung-Jik Lee (University of Liverpool)

Acoustic perception evaluation in buildings recorded with binaural audio and point of view video - the APEAL MethodJack Harvie-Clark (Apex Acoustics Ltd), Rebecca Romeo Pitone (Apex Acoustics Ltd)

Session 10. Indoor soundscape, Perception and Design11_10_134

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11_10_848

Area 12 Signal Processing, Measurements, General Modeling and Model Validation

Estimation of the Noise and Reverberation Covariance Matrices with Application in Speech Enhancement using the Multichannel Wiener FilterFan-Jie Kung (National Tsing Hua University), Mingsian R. Bai (National Tsing Hua University)

Design of a constant beamwidth beamformer for the length-limited parametric array loudspeakerJiangnan Liang (University of Electronic Science and Technology of China), Jiacheng Gou (University of Electronic Science and Technology of China), Ruyu Bai (University of Electronic Science and Technology of China), Chuang Shi (University of Electronic Science and Technology of China)

Beampattern design for the parametric array loudspeaker using mixed Gaussian directivity methodJiacheng Gou (University of Electronic Science and Technology of China), Jiangnan Liang (University of Electronic Science and Technology of China), Ruyu Bai (University of Electronic Science and Technology of China), Chuang Shi (University of Electronic Science and Technology of China

Session 1. Advances in Signal Processing12_1_744

12_1_860

12_1_861

47

A subspace inverse method for the separation and localization of distributed aerodynamic noise sourcesXingjian Pan (Shanghai Jiao Tong University), Weikang Jiang (Shanghai Jiao Tong University)

Microphone arrays for acoustic direction of arrival analysis: Model-based approachesNing Xiang (Rensselaer Polytechnic Institute)

Simulation and experimental study of noise source identification and sound power estimation based on spiral arrayWang Qian (Research Institute), Yue Shu (Northwestern Polytechnical University), Hou Hong (Northwestern Polytechnical University)

Joint sensing methods to reconstruct acoustic fields over spaceSamuel A. Verburg (Technical University of Denmark), Efren Fernandez-Grande (Technical University of Denmark)

A real-time acoustical holography method based on adaptive filter algorithmsDan Ding (Beijing Ancsonic Technology Co.,Ltd, China), Yifan Liu (Beijing Ancsonic Technology Co.,Ltd, China), Yinhai Xu (Beijing Ancsonic Technology Co.,Ltd, China)

On the denoising of non-Gaussian noise in the acoustic array measurementLiang Yu (Shanghai Jiao Tong University), Cong Li (Shanghai Hangyi Research Institute of High-tech Development), Jerome Antoni (Université de Lyon), Zhifei Chen (Chinese Academy of Sciences), Weikang Jiang (Shanghai Jiao Tong University)

Convolutional sparse formulation of the sound field in an enclosureManuel Hahmann (Technical University of Denmark), Samuel Arturo Verburg-Riezu (Technical University of Denmark), Efren Fernandez-Grande (Technical University of Denmark)

Extended vector-based EB-ESPRIT using additional constraints for increasing the maximum number of detectable sourcesByeongho Jo (Korea Advanced Institute of Science and Technology), Franz Zotter (University of Music and Performing Arts), Jung-Woo Choi (Korea Advanced Institute of Science and Technology)

Introduction to a new 3 dimensional method to visualize sound directivity based on a moving microphone array and Beam FormingBenjamin Vonrhein (gfai tech GmbH), Michael Kerscher (gfai tech GmbH), Gunnar Heilmann (gfai tech GmbH), Dirk Doebler (GFaI e.V.), Andy Meyer (GFaI e.V.)

Sound source localization and diagnosis from multiple acoustic imagesLucas Carneiro (Université de Sherbrooke (GAUS)), Alain Berry (Université de Sherbrooke (GAUS))

Sound source localization based on Gaussian mixture models using ITD with diffuseness mask in a neck-band microphone array moduleSang Hun Park (Sogang University), Hyung-Min Park (Sogang University), Yi-Gyeong Kim (Electronics and Telecommunication Research Institute (ETRI)), Sung Q Lee (Electronics and Telecommunication Research Institute (ETRI)), Kang-Ho Park (Electronics and Telecommunication Research Institute (ETRI))

Session 2. Acoustical Holography/Beamforming/Microphone Array12_2_192

12_2_204

12_2_375

12_2_422

12_2_462

12_2_514

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12_2_562

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12_2_998

Vibrational analysis of rectangular thin layer using Fourier sine series as the auxiliary functionGuoming Deng (Tongji University), Jianwang Shao (Tongji University), Songlin Zheng (Tongji University), Xian Wu (Tongji University)

Why the bundengan is a personal musical instrumentGea Oswah Fatah Parikesit (Universitas Gadjah Mada)

12_4_322

12_4_834

Session 4. Computational Acoustics

48

Dynamic Topology Optimization Research of Stiffened Plate Structures Based on the BESO MethodXiaoyan Teng (Harbin Engineering University), Yuedong Han (Harbin Engineering University), Xudong Jiang (Harbin Engineering University)

Research on Dynamic Stiffness Topology Optimization Based on Equivalent Static LoadXiaoyan Teng (Harbin Engineering University), Nan Liu (Harbin Engineering University), Xudong Jiang (Harbin Engineering University)

Analytical and numerical investigation of sound radiation from traffic tunnelsWeiping Yang (The Hong Kong Polytechnic University), Yatsze Choy (The Hong Kong Polytechnic University)

Parametric study on the acoustical transmission loss of U-shaped corrugated pipesFei Xue (Nanjing Research Institute of Electronics Technology), Beibei Sun (Nanjing Research Institute of Electronics Technology)

Visualization of demodulated sound based on sequential acoustic-ray-tracing for parametric array loudspeakers in three-dimensional spaceMakoto Shimokata (Ritsumeikan University), Masato Nakayama (Osaka Sangyo University), Takanobu Nishiura (Ritsumeikan University)

Influence of parameters of small gaps regarding sound transmission and ANC-performance - a numerical simulationMichael Sandner (Helmut-Schmidt-University), Delf Sachau (Helmut-Schmidt-University)

A modelling approach to identify the influences of relevant system parameters on drive train vibrationsCarolin Sturm (Karlsruhe Institute of Technology), Thomas Gwosch (Karlsruhe Institute of Technology), Sven Matthiesen(Karlsruhe Institute of Technology)

Analysis on the space mechanical properties of the satellite borne multi-materials composite type microstrip antennaLi Shen (Nanjing Research Institute of Electronics Technology), Zhangyi Liu (Nanjing Research Institute of Electronics Technology)

Forced Vibration Analysis of a Fibre-Reinforced Polymer Laminated Beam using the Green Function MethodXuan Li (The University of Nottingham Ningbo China), Dunant Halim (The University of Nottingham Ningbo China), Xiaoling Liu (The University of Nottingham Ningbo China)

A Lambda-shaped piezoelectric energy harvester for highly efficient vibration energy harvestingHAITAO QING (Hanyang University), Hong Hee Yoo (Hanyang University)

Development of an integrated numerical model of the thermo-physiological and biomechanical human system applied in occupied spacesEusébio Z. E. Conceição (University of Algarve), Mª Inês L. Conceição (University of Lisbon), Mª Manuela J. R. Lúcio(University of Algarve)

Numerical evaluation of visco-thermal losses using the method of fundamental solutionsMatheus Duarte Veloso (Univ. of Coimbra), Luis Godinho (Univ. of Coimbra), Paulo Amado Mendes (Univ. of Coimbra), Javier Redondo Pastor (Universitat Politècnica de València)

Numerical and experimental analysis of a hemicylinder diffuser and the influence of normalization procedures on the diffusion coefficientLuiz Augusto Turella Ferraz Alvim (Federal University of Santa Maria), Eric Brandão (Federal University of Santa Maria), Peter D’Antonio (RPG Acoustical Systems, LLC), Rinaldi Petrolli (REDI Acoustics, LLC)

12_5_67

12_5_70

12_5_159

12_5_236

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12_5_549

12_5_604

12_5_704

12_5_769

12_5_849

12_5_918

Session 5. Modeling and Numerical Simulation

49

Coupler tracking algorithm for a wheeled train uncoupling robot based on gaussian particle filter combined with improved particle swarm optimizationJianjun Yao (Harbin Engineering University), Fengqi Liu (Harbin Engineering University), Mei Yu (Harbin Engineering University), Yu Geyang (Harbin Engineering University), Wu Yang (Harbin Engineering University), Wang Xiao (Harbin Engineering University)

An underwater wideband signal DOA estimation method based on common frequency domain sparse dictionaryDaqian He (China Ship Development and Design Center), Congying Wang (China Ship Development and Design Center), Xirui Peng (China Ship Development and Design Center), Tiancheng Miao (China Ship Development and Design Center)

A sharp acoustic focus via artificial iterative phase conjugate planar arrayXiangtao Zhao (Department of underwater weaponry and chemical defense)

High-Gain Detection for Underwater Acoustic Beacon Signals Using Envelope Spectrum of Multi-PulseWenhui Yu (Southeast University), Shuai Yao (Southeast University), Shiliang Fang (Southeast University), Yanan Xu (Hangzhou Applied Acoustic Research Institute)

Acoustical Monitoring of Electrical DischargesPeter Holstein (SONOTEC GmbH), Karsten Fuchs (TU Ilmenau), Steffen Seitz (TU Ilmenau), Frank Berger (TU Ilmenau), Nicki Bader (SONOTEC GmbH), Steffen Moeck (SONOTEC GmbH), Dirk Döbler (GFaI – Society for the Advancement of Applied Computer Science)

Texture analysis of ship wake image based on gray level co-occurrence matrixWenjing Cao (Southeast University), Shiliang Fang (Southeast University)

A Space-time-frequency Joint Detection Method of Line-spectrum Components in Underwater Acoustic SignalsZihan Shen (Southeast University), Xinwei Luo (Southeast University)

Underwater acoustic feature extraction based on restricted Boltzmann machineYulin Feng (Southeast University), Xinwei Luo (Southeast University)

Investigation on Wavelet Basis Function of DNN-based Time Domain Audio Source Separation Inspired by Multiresolution AnalysisShihori Kozuka (The University of Tokyo), Tomohiko Nakamura (The University of Tokyo), Hiroshi Saruwatari (The University of Tokyo)

Spectrogram Features Detection Based on Convolutional Neural Network with Rich Convolution FeaturesNingjie Zhang (Southeast University), Xinwei Luo (Southeast University)

Study on signal processing of acoustic environment recognition for acoustic detection technologyDong-Jun Shin (LIG Nex1), Heung-Tae Kim (LIG Nex1), Sung-Hwan Yim (LIG Nex1), Hyu-Sang Kwon (Korea Research Institute of Standards and Science (KRISS))

Spatial and frequency characterization of the noise generated by the propellers of Unmanned Aerial Vehicles (UAV) in acoustic localization tasksLara del Val (University of Valladolid), Alberto Izquierdo (University of Valladolid), Juan J. Villacorta (University of Valladolid)

Experimental study on echo acquisition based on the correlation of low frequency reverberationBaoshan Yang (Dalian Scientific Test and Control Technology Institute), Zhongcheng Ma (Science and Technology on Underwater Test and Control Laboratory), Lingguo Zhu (Harbin Engineering University), Wenzhang Liu (Harbin Engineering University)

12_6_92

12_6_141

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12_6_382

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12_6_804

Session 6. Signal Identification and Separation

50

Filtering the reflection waves from wedges of an anechoic chamber for microphone free-field sensitivity calibrationYen-Chun Huang (ITRI/CMS), Shu-Fen Kuo (ITRI/CMS), Tsung-Hsien Tu (ITRI/CMS)

A simplified sound directivity measuring method based on the Chinese traditional pentatonic scale for the small Pipa of Dong NationalityDENG Zhiyong (Capital Normal University), TONG Kaicheng (Capital Normal University), ZHONG Jingle (Capital Normal University), JIA Luyao (Capital Normal University), BAI Danfeng (Capital Normal University), LIU Aili(Capital Normal University)

A development of real time reproduction system of the three dimensional visual image and binaural sound -Application to the noise measurement-Yohji Ishi (Kobayasi Institute of Physical Research), Tetsuya Doi (Kobayasi Institute of Physical Research)

Vibration Sensor Placement for Delamination Detection in a Beam Structure based on the Vibration-based Chaotic Oscillator MethodXuan Li (The University of Nottingham Ningbo China), Dunant Halim (The University of Nottingham Ningbo China), Xiaoling Liu (The University of Nottingham Ningbo China)

Calibration and uncertainty evaluation of the devices for audiometryWan-Ho Cho (Korea Research Institute of Standards and Science)

A Good Practice Guide for Vibration Assessment in the System of Environmental Impact Assessment (SEIA) in ChileNicolás A. Bastián-Monarca (Acústica Austral), Jorge P. Arenas (Universidad Austral de Chile.), Camilo Padilla (Environmental Noise)

A comparison of the two and four microphone methods for deriving the characteristic acoustic properties of porous materialsAmulya Lomte (Wichita State University), Brittany Wojciechowski (Wichita State University), Bhisham Sharma (Wichita State University)

Raspberry Pi: A Low-cost Embedded System for Sound Pressure Level MeasurementWilliam D’Andrea Fonseca (Federal University of Santa Maria), Leonardo Jacomussi (Federal University of Santa Maria), Paulo Henrique Mareze (Federal University of Santa Maria

12_7_223

12_7_247

12_7_268

12_7_608

12_7_676

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12_7_957

12_7_1006

Session 7. Measurements & Standards

Spatial hearing and virtual auditory display (keynote speakers)Bosun Xie (South China University of Technology), Michelle C. Vigeant (The Pennsylvania State University)

Performance analysis of room impulse response reshaping using binaural methodJun Zhu (South China University of Technology), Dan Rao (South China University of Technology)

Oral-binaural room impulse responses measured on singers in various hallsMunhum Park (King Mongkut’s Institute of Technology Ladkrabang)

3-D Sound Image Panning Based on Spherical Harmonics Expansion for 22.2 Multichannel AudioHiromu Suzuki (Ritsumeikan University), Kenta Iwai (Ritsumeikan University), Takanobu Nishiura (Ritsumeikan University)

Evaluation on multichannel surround sound system with parametric loudspeakers for sharpness of sound imagesNaoto Shimada (Ritsumeikan University), Kenta Iwai (Ritsumeikan University), Masato Nakayama (Osaka Sangyo University), Takanobu Nishiura (Ritsumeikan University)

12_8_146

12_8_283

12_8_298

12_8_340

12_8_341

Session 8. Spatial Audio

51

Sound image design in the elevation angle based on parametric head-related transfer function for 5.1 multichannel audioChiharu Shoda (Ritsumeikan University), Kenta Iwai (Ritsumeikan University), Takanobu Nishiura (Ritsumeikan

Personal sound field manipulation in the wearable audio deviceSe-Woon Jeon (Korea Advanced Institute of Science and Technology), Jung-Woo Choi (Korea Advanced Institute of Science and Technology)

A low cost loudspeaker array for personal audio with enhanced vertical directivityDaniel Wallace (University of Southampton), Jordan Cheer (University of Southampton)

Personal audio systems in car cabin using loudspeaker array based on measured transfer functions with spectral smoothingYefeng Cai (Colsonic Electronics Co., Ltd), Chao Ye (Colsonic Electronics Co., Ltd), Dengyong Ma (Colsonic Electronics Co., Ltd), Yongsheng Mu (Colsonic Electronics Co., Ltd), Jianming Zhou (Suzhou SONAVOX Electronics Co., Ltd), Guoqiang Chai (Suzhou SONAVOX Electronics Co., Ltd)

The IHA database of human geometries including torso, head and complete outer ears for acoustic researchReinhild Roden (Institut für Hörtechnik und Audiologie), Matthias Blau (Institut für Hörtechnik und Audiologie)

Two and three-dimensional sparse models for compressed sensing in multiple sound zonesLeny Vincesla (Institute for Digital Technologies), Hyun Lim (Institute for Digital Technologies), Ahmet Kondoz (Institute for Digital Technologies)

12_8_343

12_8_357

12_8_378

12_8_437

12_8_707

12_8_999

Virtual sound source construction based on wave field synthesis using multiple parametric array loudspeakersShiori Sayama (Ritsumeikan University), Masato Nakayama (Osaka Sangyo University), Takanobu Nishiura (Ritsumeikan University)

Investigation on VHF sounds in the ears project Japan - part1Mari Ueda (Kanagawa Institute of Technology), Rikuo Harada (Kanagawa Institute of Technology), Riku Kiriyama(Kanagawa Institute of Technology), Masaaki Hiroe (Kobayasi Institute of Physical Research), Hideyuki Hasegawa (Toyama University), Kentaro Nakamura (Tokyo Institute of Technology), Syo Kanzaki (Keio University)

Investigation on VHF sounds in the ears project Japan - part2Masaaki Hiroe (Kobayasi Institute of Physical Research), Rikuo Harada (Kanagawa Institute of Technology), RikuKiriyama (Kanagawa Institute of Technology), Hideyuki Hasegawa (Toyama University), Nakamura Kentaro(Tokyo Institute of Technology), Ueda Mari (Kanagawa Institute of Technology)

12_9_338

12_9_699

12_9_700

Session 9. Signal processing for very high-frequency sound

Area 13 Underwater & Maritime AcousticsSession 1. Advances in Underwater & Maritime AcousticsUnderwater target classification based on probabilistic neural networkZixu Wen (Southeast University), Ning Han (Southeast University)

13_1_210

The control and test of underwater radiated noise of a scientific research ship with VSPMingwei Fan (China Ship Development and Design Center), Qiang Wei (China Ship Development and Design Center), Zhiqiang Xie (China Ship Development and Design Center), Yong Liu (China Ship Development and Design Center)

13_2_941

Session 2. Ships and Offshore Structures Noise

52

Study on Recovering the Free and Far field Radiation Acoustic Characteristics of An Underwater BoxWei Lin (Dalian University of Technology), Sheng Li (Dalian University of Technology), Chengpeng Liu (China Classification Society Guangzhou Branch)

Effects of perturbation frequency on nonlinear vibration isolation systemWanjing Dong (Huazhong Agricultural University)

Session 4. Vibroacoustics and marine applications13_4_258

13_4_915

Numerical Investigation of The Submarine Sail With Different Aspect Ratio For Acoustic Target Strength ReductionYangbin Sun (China Ship Development and Design Center)

Experimental investigations on the hydraulic leveraged dynamic anti-resonance vibration isolator under base excitationNingyuan Duan (Shanghai Jiao Tong University), Haiting Yu (Shanghai Jiao Tong University), Xinxing Ma (Shanghai Jiao Tong University), Zhenguo Zhang (Shanghai Jiao Tong University), Hongxing Hua (Shanghai Jiao Tong University)

Boundary detection of nonlinear chaotic vibration responsesWanjing Dong (Huazhong Agricultural University), Kun Xie (Huazhong Agricultural University), Wencheng Li (Huazhong Agricultural University)

Session 6. Underwater noise control13_6_138

13_6_219

13_6_710

Unsteady hydrodynamics and vibro-acoustic responses for a pump-jet propelled suboff under distributed pulsation forceShuaikang Shi (Shanghai Jiao Tong University), Yuxi Chen (Marine Design and Research Institute of China), Zhiwei Su (Shanghai Jiao Tong University), Xiuchang Huang (Shanghai Jiao Tong University), Hongxing Hua (Shanghai Jiao Tong University)

Numerical Prediction of Tip Vortex Cavitation Noise Of Underwater Propellers Using RANS Solver, Bubble Dynamics And Acoustic AnalogyGaram Ku (Pusan National University), Cheolung Cheong (Pusan National University), Hanshin Seol (Korea Research Institute of Ships and Ocean Engineering), Ilryong Park (Dong-Eui University)

The method to suppress the hydrodynamic noise from a sail hull model by the suction techniqueYongwei Liu (Harbin Engineering University), Shiting Fei (Harbin Engineering University), Dejiang Shang (Harbin Engineering University)

The method to suppress the hydrodynamic noise from a sail hull model by the dimplesShiting Fei (Harbin Engineering University), Yongwei Liu (Harbin Engineering University), Dejiang Shang (Harbin Engineering University)

Numerical studies on surface pressure fluctuations of the DARPA Suboff modelHao Tan (Harbin Engineering University), Xiaochen Zhao (Harbin Engineering University), Wenping Zhang (Harbin Engineering University)

Numerical investigation of cavitation noise of the submarine propellers using DDES technique and quadrupole corrected FW-H equationCho, Junghoon (Pusan National University), Ku, Garam (Pusan National University), Cheong, Cheolung (Pusan National University), Seol, Hanshin (Korea Research Institute of Ships & Ocean Engineering)

Session 7. Underwater flow induced noise13_7_158

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13_7_913

53

The effects of the sail on acoustic scattering characteristics of the underwater structureXirui Peng (China Ship Development and Design Center)

Vibration control of a fluid-conveying pipes using receptance methodLin Zhang (Huazhong University of Science and Technology), Tao Zhang (Huazhong University of Science and Technology), Tianyun Li (Huazhong University of Science and Technology), Ouyang Huajiang (University of Liverpool)

Estimation of underwater sound power using linear array beamformingShu Yue (Northwestern Polytechnical University), Hong Hou (Northwestern Polytechnical University)

A multi-task sparse feature learning method for underwater acoustic target recognition based on two uniform linear hydrophone arraysXiangyang Zeng (Northwestern Polytechnical University), Chenxiang Lu (Northwestern Polytechnical University), Yao Li (Systems Engineering Research Institute of CSSC)

Combined separation and classification of two types of coexistent ship radiated noise based on trained ideal ratio mask and cepstral featuresChenxiang Lu (Northwestern Polytechnical University), Xiangyang Zeng (Northwestern Polytechnical University)

Session 8. Modelling, measurement and mitigation13_8_162

13_8_183

13_8_331

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13_8_440

Accurate Carrier Frequency Estimation of Phase Coded Signals Using Frequency Shifting and Measurement of Spectrum Leakage in Fourier Interpolation AlgorithmsYangjie Wei (Southeast University), Shiliang Fang (Southeast University), Xiaoyan Wang (Southeast University), Chuanqi Zhu (Southeast University)

Underwater acoustic vector communication using particle velocities in shallow waterKang-Hoon Choi (Hanyang University), Jee Woong Choi (Hanyang University), Sunhyo Kim (Korea Institute of Ocean Science and Technology), Peter H. Dahl (University of Washington, Seattle)

Session 9. Underwater Acoustic Communication13_9_83

13_9_703

Properties of echolocation click sound of narrow-ridged finless porpoise (neophocaena asiaeorientalis) inhabiting the west coast of KoreaYoung Geul Yoon (Hanyang University), Dong-Gyun Han (Hanyang University), Jee Woong Choi (HanyangUniversity), Seulgi Choi (National Institute of Fisheries Science), Hawsun Sohn (National Institute of Fisheries Science)

Session 10. Underwater Bio-Acoustics13_10_441

Area 14 Vehicles Noise & VibrationSession 1. Advances in Vehicles Noise & VibrationA Case Study on Road Noise Sound Characteristic Identification and Improvement in a Sedan Based on Binaural Transfer Path AnalysisJianXin Dong (Beijing Automotive Co,. Ltd R&D Center), Lie Wu2 (Beijing Automotive Co,. Ltd R&D Center), Ming Liu (Beijing Automotive Co,. Ltd R&D Center), HuiMin Zhuang (Beijing Automotive Co,. Ltd R&D Center), Chao Ma (Beijing Automotive Co,. Ltd R&D Center), ChuanXu Kong (China Automotive Technology and Research Center Co., Ltd.)

Stochastic Simulation Methodology – Accounting Variability Of Key Parameters Affecting Squeak And Rattle PerformanceParmar Azan M (Altair Engineering), Chandan Ravi B R (Altair Engineering), Hari Krishna Mungara (Altair Engineering)

14_1_82

14_1_145

Advancements in assessment & mathematical optimization for squeak phenomenaChandan Ravi B R (Altair engineering India Pvt Ltd), K V Manoj (Altair engineering India Pvt Ltd), Hari Krishna Mungara (Altair engineering India Pvt Ltd)

Frequency response function-based transfer path analysis using virtual parametersJun Gu Kim (Seoul National University), Yeon June Kang (Seoul National University), Hansol Park (Seoul National University), Kyoung-Uk Nam (Hyundai Motor Group)

A Study on the Total Backlash Influence Factors of the Automatic Transmissions for the Vehicle Tip-In ShockHyun Ku Lee (Hyundai Motor Company), Moo Suk Kim (Hyundai Motor Company), Sa Man Hong (Hyundai Motor Company), Youn Soo Im (Hyundai Motor Company), Dong Kyu Yoo (Hyundai Motor Company), Geum Muk Chae (Hyundai Motor Company)

A Study for the Multi-Plate Clutches Noise Evaluation Method in the Torque ConverterSa Man Hong (Hyundai Motor Company), Hyun Ku Lee (Hyundai Motor Company), Moo Suk Kim (Hyundai Motor Company), Youn Soo Im (Hyundai Motor Company), Dong Kyu Yoo (Hyundai Motor Company), Geum Muk Chae (Hyundai Motor Company)

VIBRATION CHARACTERISTICS OF TWO DAMPER IN CV JOINT DRIVE SHAFTKang Hyun An (Inha University), Sang Kwon Lee (Inha University), Jeong Hyeon Cho (Hyundai Wia), Jun BaekJeong (Hyundai Wia)

NVH analysis of fuel cell with consideration of driving maneuvers in FCVZequn Nan (IPEK – Institute of Product Engineering at Karlsruhe Institute of Technology (KIT)), Matthias Behrendt (IPEK – Institute of Product Engineering at Karlsruhe Institute of Technology (KIT)), Manuel Petersen (IPEK – Institute of Product Engineering at Karlsruhe Institute of Technology (KIT)), Albert Albers (IPEK –Institute of Product Engineering at Karlsruhe Institute of Technology (KIT))

Advanced Diagnostics Simulations Approach For Random Response Analysis To Analyze Road NVH CharacteristicsAzan Parmar M (Altair Engineering), Hari Krishna Mungara (Altair Engineering), Atul R Miskin (Altair Engineering), Uma Maheswar Rao Himakuntla (Altair Engineering)

Stochastic Simulations For Prediction Of NVH Performance And Robustness Due To Variability In Wheel/Tire Imbalance ForcesAzan Parmar M (Altair Engineering), Atul R Miskin (Altair Engineering), Uma Maheswar Rao Himakuntla (Altair Engineering), Hari Krishna Mungara (Altair Engineering)

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Simulation Diagnostics Approach For Source Identification And Quantification In NVH Development Of Electric MotorsAtul R Miskin (Altair Engineering), Uma Maheswar Rao Himakuntla (Altair Engineering), Kudumbur Kiran Achary(Altair Engineering), Parmar Azan M (Altair Engineering), Hari Krishna Mungara (Altair Engineering), Raghavendra Rao (Altair Engineering)

Acoustic encapsulation of electric motors and gearboxes using a combination of FEM-BEM-PEM approachesMarc Anciant (ESI Group), Lassen Mebarek (ESI Group), Willem Van Hal (ESI Software GmbH), Massimiliano Calloni (ESI Group), Kamel Amichi (ESI Group)

Interactive Sound Quality Evaluation of an EV Virtual PrototypeRabah Hadjit (Hottinger Brüel & Kjær), Travis Histed (Romax Technology Inc.), Sanket Joshi (Romax Technology Inc.), Alexis Talbot (Hexagon MSC Software), Jeremy Charbonneau (Hexagon MSC Software)

14_2_386

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54

Session 2. Acoustics of Electric Vehicles

55

Prediction and analysis of vehicle interior noise according to incompressible and compressible external surface pressure fluctuations due to external flowLee, Songjune (Pusan National University), Cheong, Cheolung (Pusan National University)

Numerical investigation into generation mechanism of whistle sound due to narrow folding-gap flow of automobile side-mirrorKwon-Gi Lee (Pusan National University), Song-June Lee (Pusan National University), Sang-Heon Lee (Pusan National University), Cheolung Cheong Sung-Nam Rim (Hyundai Motor Company), Seong-Ryong Shin (Hyundai Motor Company)

Session 3. Aerodynamics and Flow Induced Vehicle Noise14_3_570

14_3_886

Engine mount response improvement using hybrid modelingSeong ho Kang (Seoul National University), Yeon june Kang (Seoul National University), Seoung jun Kim (Hyundai Motor Group), Hyung jun Ju (Hyundai Motor Group)

Moment - based experimental method for the improvement of transfer path analysis accuracyKyoung Jun Hong (Seoul National University), Yeon June Kang (Seoul National University), Kyoung Uk Nam (Hyundai Motor Group)

A simplified model for the vibration analysis of an elastically coupled system based on the wave propagation approachHee Soo Pyo (Seoul National University), Hansol Park (Seoul National University), Yeon June Kang (Seoul National University)

Study for Dynamic Characteristics of Antenna Gimbal Stabilization System on the tracked vehicleSock Kyu Lee (LIGNex1 Co., Ltd.), Kwang Sik Jung (LIGNex1 Co., Ltd.), Eui Bong Jeong (LIGNex1 Co., Ltd.)

Numerical analysis of influencing factors on von-Mises stress of broadband random vibration based on finite element methodChangwu Wang (Nanjing Research Institution of Electronic Technology), Fei Xue (Nanjing Research Institution of Electronic Technology)

A Study on Natural Frequency Characteristic of the Side Member as a Vibration Transfer Path of the VehicleMoo Suk Kim (Hyundai Motor Company), Hyun Ku Lee (Hyundai Motor Company), Sa Man Hong (Hyundai Motor Company), Youn Soo Im (Hyundai Motor Company), Jong Bum Lee (Hyundai Motor Company), Dong Kyu Yoo(Hyundai Motor Company), Geum Muk Chae (Hyundai Motor Company)

An Analysis of Road Impact Booming on a FR Vehicle using Transfer Path Analysis and Experimental Test ModelsMoon Seok Lee (Hyundai), Heung Gi Kim (Hyundai), Hyun-Uk Kim (Hyundai), Dong Hyun Kim (Hyundai)

Modal Analysis of a Single-Lap Joint under Dynamic LoadingSanjeev Shaan (Loughborough University), Heaton Niall L. (Loughborough University), O’Boy Dan J. (Loughborough University), Cunningham Paul R. (Loughborough University), Fisher Steve (Jaguar Land Rover Limited)

The critical nonlinear characteristics near stable boundary of the air spring suspension systemWanjing Dong (Huazhong Agricultural University)

Session 4. Body Structure NVH14_4_168

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A study on vehicle exterior noise evaluation method considering building acoustic performance and sound qualityMasao Ishihama (Kanagawa University)

A semi-circular microphone array configuration for indoor pass-by noise sound synthesisMansour Alkmim (Siemens Digital Industries Software), Jacques Cuenca (Siemens Digital Industries Software), Laurent De Ryck (Siemens Digital Industries Software), Karl Janssens (Siemens Digital Industries Software), Nikolaos Kournoutos (University of Southampton Faculty of Physical Sciences and Engineering), Athanasios Papaioannou (University of Southampton Faculty of Physical Sciences and Engineering), Jordan Cheer (University of Southampton Faculty of Physical Sciences and Engineering), Wim Desmet (KU Leuven, Department of Mechanical Engineering, division LMSD)

Session 5. Exterior Noise in Vehicles14_5_536

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Estimation of rattle noise from an electric power steering systemYoshihiro Sato (Core Technology R&D Center, NSK Ltd.), Nobuyuki Iwatsuki (Tokyo institute of Technology)

Panel contribution analysis of vehicle components using statistical energy analysis modelJu Hyun Jeon (Seoul National University), Yeon June Kang (Seoul National University), Chi Sung Oh (Hyundai Motor Group), Kang Duck Ih (Hyundai Motor Group)

Evaluation method for the development of passenger cabin shell-structure body components with regard to acoustically efficient lightweight designMeike Kollmannthaler (Technische Universität Braunschweig), Sabine C. Langer (Technische Universität Braunschweig)

Interior Noise Effect Evaluation by Driving ConditionYoon-sang Yang (Daehan Solution Co., LTD.), Hyung-kyu Mo (Daehan Solution Co., LTD.), Seung-Lee (DaehanSolution Co., LTD.)

Session 6. Interior Noise in Vehicles14_6_133

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Profile effect on cavity noise reduction in FE simulationHyunUk Kim (Hankook Tire & Technology), YoungHun Kim (Hankook Tire & Technology)

Numerical Simulation of Close-Proximity (CPX) Tyre/Road Noise Measurement Trailer Enclosure Acoustics DesignDong Fang LI (The Hong Kong Polytechnic University), Randolph Chi Kin LEUNG (The Hong Kong Polytechnic University), Horus Yui Ho CHAN (The Hong Kong Polytechnic University), Wing Tat HUNG (The Hong Kong Polytechnic University)

Design and analysis of an acoustic structure to restrain tire cavity resonance noiseZongnan Wang (Beihang University), Xiandong Liu (Beihang University), Yingchun Shan (Beihang University), Tian He (Beihang University)

Mechanism and simulation of reducing tire cavity of reducing tire cavity resonance noise by using the special-shaped inner profile tireQizhang Feng (Beihang University), Xiandong Liu (Beihang University), Zongnan Wang (Beihang University), Yingchun Shan (Beihang University), Wei Zhao (Beihang University)

Acoustic optimization of asphalts using Acoustic Void Content Analysis AVCA on drill coresFelix Schlatter (Grolimund + Partner AG), Erik Bühlmann (Grolimund + Partner AG)

Session 7. Tire-Pavements Noise14_7_199

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Can CPX method evaluate truck tyre noise ? A first approach using standardized light truck test tyreJoël Lelong (Univ Gustave Eiffel), Fabienne Anfosso Lédée (Univ Gustave Eiffel)

Investigation of the Split in the Fundamental Air-Cavity Mode of Loaded TiresWon Hong Choi (Ray W. Herrick Laboratories School of Mechanical Engineering Purdue University), J. Stuart Bolton (Ray W. Herrick Laboratories School of Mechanical Engineering Purdue University)

Prediction of tyre pattern noise based on artificial neural networkHwaJin Lee (Inha University), SangKwon Lee (Inha University), YoungSam Yoon (Hyundai Motor Company), SungWook Hwang (Nexen Tire Company), SungDae Kim (Hyundai Motor Company), KiHo Yum (Hyundai Motor Company)

Long-term study of the effectiveness of rubberized asphalt in reducing tire-pavement noisePaul R. Donavan (Illingworth & Rodkin, Inc.), Carrie J. Janello (Illingworth & Rodkin, Inc.)

The balance between practicality and uncertainty in the SPB method: How many heavy vehicles do we need to measure?Luc Goubert (Belgian Road Research Centre), Ulf Sandberg (Swedish National Road and Transport Research Institute (VTI))

Traveling wave mode based modal analysis method developed for vibration study of circular structures such as automotive tiresT S Indraneel (University of Cincinnati), Jay Kim (University of Cincinnati)

Advanced Diagnostics Simulations Approach For Random Response Analysis To Analyse Road NVH CharacteristicsAzan Parmar M (Altair Engineering), Hari Krishna Mungara (Altair Engineering), Atul R Miskin (Altair Engineering), Uma Maheswar Rao Himakuntla (Altair Engineering)

Evaluation of Noise Reduction of Korean Low-Noise Pavements – Part 2: Issues regarding the application of the CPX methodUlf Sandberg (Swedish National Road and Transport Research Institute (VTI)), Hyunjin Kim (Poinix Inc.)

Evaluation of Noise Reduction of Korean Low-Noise Pavements – Part 1: Measurements and Results of the CPX methodHyun Chae (Chung-Ang University), Jae-Eung Lee (Chung-Ang University), Byungchae Kim (Poinix Inc.), Gyeongwon Chae (Poinix Inc.), Hyunjin Kim (Poinix Inc.), Weesang Hwang (Poinix Inc.)

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Session 8. Vehicle Active Noise ControlA study on optimal selection of reference accelerometers for active road noise controlTongmin Kim (Seoul National University), Chemali Elias (Seoul National University), Yeon June Kang (Seoul National University), Munhwan Cho (HYUNDAI MOTOR GROUP), Chisung Oh (HYUNDAI MOTOR GROUP) Joongkwan Kim (HYUNDAI MOTOR GROUP)

A comparison of the noise reduction performance of two virtual sensing methodJin Zhang (ISVR, University of Southampton), Stephen Elliott (ISVR, University of Southampton), Jordan Cheer (ISVR, University of Southampton)

Application of local active control for HVAC system noise in an electric vehicleYuri Adson Ribeiro Silva (NIO Co. Ltd.), Jianfeng He (NIO Co. Ltd.), Jinxiang Song (NIO Co. Ltd.), Oren Kniaz(Silentium Ltd.)

Active road noise control in a car cabin using structure-borne soundYoung-Sup Lee (Incheon National University), Eunsuk Yoo (Namyang R&D Center), Chasub Lim (Namyang R&D Center), Seokhoon Ryu (Incheon National University)

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Influence of information cognition by separation of visual and auditory information positions: A case of information presentation for a driver in a vehicle cockpitKiichi NAKA (Kyushu University), Katsuya YAMAUCHI (Kyushu University), Nobuaki TANOUE (Pioneer Corporation), Ayumu KAWATA (Pioneer Corporation)

Sound Quality of interior Active Sound enhancementJeroen Lanslots (Siemens Digital Industries Software), Laurent De Ryck (Siemens Digital Industries Software), Agnieszka Oltarzewska (Siemens Digital Industries Software), Markus Bodden (Neosonic), Torsten Belschner(Neosonic)

Engineering Process for the Development, Validation and Homologation of the Acoustic Vehicle Alerting System for Electric VehiclesRabah Hadjit (Hottinger Brüel & Kjær), Graham Franks (Hottinger Brüel & Kjær)

Adjustment of soft sounds in cars for multisensory harmonyMichael Haverkamp (Ford Werke GmbH)

The Noise Issues of Urban Air Mobility Industries and The Research Activities of KARIKihoon Chung (Korea Aerospace Research Institute), Seongyong Wie (Korea Aerospace Research Institute), Changjeon Hwang (Korea Aerospace Research Institute)

Session 10. Sound Design of E-Vehicles & next-generation vehicles14_10_564

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Area 15 Railroad NoiseSession 3. Wheel/rail noiseAnalysis of Perforated Sound Absorptive Structure of Trackside Sound BarrierXinwen Yang (Tongji University), Dingwei Qian (Tongji University), Zhao Zhang (Tongji University), Zhijun Zhao (Tongji University)

15_3_513

Session 4. Structure-borne Noise, Squeal NoiseExperimental study on curve squeal noise with a running trainYasuhiro SHIMIZU (Railway Technical Research Institute), Takeshi SUEKI (Railway Technical Research Institute), Tsugutoshi KAWAGUCHI (Railway Technical Research Institute), Toshiki KITAGAWA (Railway Technical Research Institute), Hiroyuki KANEMOTO (Railway Technical Research Institute), Masahito KUZUTA (Railway Technical Research Institute)

A numerical model to study the effects of low temperatures on bridge-borne noise in railwaysLiuchong Wang (Southwest Jiaotong University), Ping Wang (Southwest Jiaotong University), Caiyou Zhao (Southwest Jiaotong University)

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Session 5. Ground-borne NoiseUncertainty assessment of a model to predict the vibration induced by train traffic in tunnelsEduardo Latorre Iglesias (Universidad Politécnica de Madrid), Robert Arcos (Universitat Politècnica de Catalunya)

A coupled 2.5D FEM-SBM methodology for underground railway-induced ground-borne vibration problemsHassan Liravi (Universitat Politècnica de Catalunya (UPC)), Robert Arcos (Universitat Politècnica de Catalunya (UPC)), Arnau Clot (Universitat Politècnica de Catalunya (UPC))

VIBWAY: A prediction toolbox for railway induced ground-borne vibrationsBehshad Noori (AV Ingenieros), Robert Arcos (Politècnica de Catalunya (UPC)), Arnau Clot (Politècnica de Catalunya (UPC)), Joan Cardona (AV Ingenieros), Jordi Romeu (Politècnica de Catalunya (UPC))

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Efficiency of isolated concrete blocks applied in railways slab tracks as mitigation measures for railway-induced ground-borne vibration in tunnelsRobert Arcos (Politècnica de Catalunya), Hassan Liravi (Politècnica de Catalunya), Dhananjay Ghangale(Politècnica de Catalunya), Jordi Romeu (Politècnica de Catalunya)

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Session 6. High Speed Train NoiseSound sources and measures of aerodynamic noise generated from bogies of Shinkansen trainToki Uda (Railway Technical Research Institute), Mariko Akutsu (Railway Technical Research Institute), ToshikiKitagawa (Railway Technical Research Institute)

Study on pressure fluctuation from Shinkansen vehicles in open sectionMariko Akutsu (Railway Technical Research Institute), Toki Uda (Railway Technical Research Institute), ToshikiKitagawa (Railway Technical Research Institute), Yusuke Wakabayashi (East Japan Railway Company)

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Determination of in-situ sound insulation for interior noise prediction in railway vehiclesHyung-Suk Jang (Hyundai-Rotem Company), Jaehwan Kim (Hyundai-Rotem Company), Jonghwan Kim (Hyundai-Rotem Company), Byunghee Kim (Hyundai-Rotem Company)

Sound transmission optimisation for windows and its influence on interior noise of train in tunnel reverberation sound fieldDan Yao (Southwest Jiaotong University), Jie Zhang (Sichuan University), Xinbiao Xiao (Southwest JiaotongUniversity), Xiaozhen Sheng (Shanghai University of Engineering Science)

Analysis of interior noise of metro vehicles in tunnelQingsong Feng (East China Jiaotong University), Hao Zhou (East China Jiaotong University), Yanming Chen (East China Jiaotong University), Ling Zhang (East China Jiaotong University), Xinwei Luo (Guangzhou Metro Design and Research Institute Co.Ltd)

Session 7. Interior Noise, Sound Barrier15_7_326

15_7_680

15_7_993

Session 8. Prediction, Measurements, MonitoringOptimization of the balancing weight and the rubber mount of air compressor for urban rapid transitUyeup Park (Hongik University), Jun-Heon Lee (Hongik University), Kwanju Kim (Hongik University)

15_8_358

Area 16 Transportation NoiseSession 1. Advances in Transportation NoiseExperimental Assessment of Noise in Public Transportation System in the Metropolitan Region of São Paulo on Business TripsMoura, Luís Renato (Instituto de Pesquisas Tecnológicas de São Paulo), Akutsu, Maria (Instituto de Pesquisas Tecnológicas de São Paulo), Aquilino, Marcelo de Mello (Instituto de Pesquisas Tecnológicas de São Paulo)

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Session 2. Road traffic noiseStudy on Road Traffic Noise Reduction Method in ApartmentKyoung Min Kim (Korea Environment Institute), Young Min Park (Korea Environment Institute), Sung Yong Park (Korea Land & Housing Corporation), Yeong-Sik Kang (Korea Land & Housing Corporation), Won-Hyung Park (Korea Land & Housing Corporation), Tae Ryaug Choung (Noise Vibration Team Corporation), Hyung-Joon Chun (Noise Vibration Team Corporation)

Large-scale application of low-noise pavements and their integration in the planning, construction and maintenance process of road infrastructuresTina Saurer (Grolimund + Partner AG), Erik Bühlmann (Grolimund + Partner AG), Dejan Milo (Kanton Aargau)

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16_2_409

Road traffic noise levels before and on Covid-19 Pandemic in Belo Horizonte City, Minas Gerais, BrazilVictor Mourthé Valadares (Universidade Federal de Minas Gerais), Luiza Silva Metzker (Federal University of Ouro Preto)

Microphone position relative to building façades for in situ measurementsDavid Montes González (Universidad de Extremadura), Juan Miguel Barrigón Morillas (Universidad de Extremadura), Guillermo Rey Gozalo (Universidad de Extremadura), Pedro Atanasio Moraga (Universidad de Extremadura), Luís Godinho (Universidade de Coimbra)

Comparing CRTN and CNOSSOS-EU calculation methods in the Irish contextJon Paul Faulkner (University College Dublin), Enda Murphy (University College Dublin), Henry Rice (Trinity College Dublin), John Kennedy (Trinity College Dublin)

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60

SOPRANOISE: EU Research on new techniques to characterize Noise Barriers acoustic performancesJean-Pierre Clairbois (A-Tech / Acoustic Technologies), Massimo Garai (University of Bologna), Wolfram Bartolomaeus (Federal Highway Research Institute), Michael Chudalla (Federal Highway Research Institute), Fabio Strigari (Federal Highway Research Institute), Marco Conter (AIT Austrian Institute of Technology), Andreas Fuchs (AIT Austrian Institute of Technology), Christophe Nicodeme (ERF)

Session 4. Traffic Noise and Barriers16_4_468

Area 17 Vibro-AcousticsSession 1. Vibro-Acoustics: GeneralWave motion in preloaded media. Analytical continuation of dispersion diagramAndrey Korolkov (M.V.Lomonosov Moscow State University), Andrey Shanin (M.V.Lomonosov Moscow State University)

Asymptotical study of two-layered discrete waveguide with a weak couplingAndrey Korolkov (M.V.Lomonosov Moscow State University), Andrey Shanin (M.V.Lomonosov Moscow State University), Kseniia Kniazeva (M.V.Lomonosov Moscow State University)

Virtual experimental study on sound prediction in multiple connected spaces by surface coupling approach Liangfen DU (National University of Singapore), Goran Pavić (Institut National des Sciences Appliquées de Lyon), Siu-Kit Lau (National University of Singapore), Siew Eang Lee (National University of Singapore)

Free vibration analysis of coupled conical-cylindrical shells based on the dynamic stiffness methodLinghua Tian (Harbin Engineering University), Guoyong Jin (Harbin Engineering University), Tiangui Ye (Harbin Engineering University)

Estimation of the force and the noise generated by the random impactYuya Nagashima (Tokyo institute of technology), Ikuma Ikeda (Tokyo institute of technology), Nobuyuki Iwatsuki (Tokyo institute of technology)

The presence of Helmholtz resonance modulates the modes of circular membraneKajornpop Toboonchuay (King Mongkut’s Institute of Technology Ladkrabang), Munhum Park (King Mongkut’s Institute of Technology Ladkrabang)

A low-noise bio-inspired piezoelectric MEMS directional microphone for noise monitoringAshiqur Rahaman (Korea University of Technology and Education), Byungki Kim (Korea University of Technology and Education)

Waveguide for shortening the minimum detectable distance of a proximal ultrasonic sensorJae Hyuck An (Soongsil University), In Jae Heo (Soongsil University), Sung Gu Lim (Soongsil University), Jin Oh Kim (Soongsil University)

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Acoustic radiation from flexible cylindrical shell structure of a vibration isolation systemLu Dai (Wuhan Second Ship Des. & Res. Ins.), Xingsheng Lao (Wuhan Second Ship Des. & Res. Ins.), Jun Wu (Wuhan Second Ship Des. & Res. Ins.)

Dynamic and noise characteristics of the helical gear system by helix angles using the transfer matrixChan IL Park (Gangneung-Wonju National University)

Fantastic Vibroacoustic Resources and Where to Find ThemStephen A. Hambric (Penn State University)

Dynamic correlation of diesel engine exhaust system containing rubber hose using component mode synthesisTaeyoung Yoon (Korea University), Seongho Yoon (Korea University), Sungsoo Na (Korea University)

Determination of Acoustic Blocked Sources in a Ventilation DuctKeyu Chen (BorgWarner), D. W. Herrin (University of Kentucky)

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Research of broadband energy harvesting based on two-dimensional acoustic black holeGang Yao (Nanjing University of Aeronautics & Astronautics), Hongli Ji (Nanjing University of Aeronautics & Astronautics), Jinhao Qiu (Nanjing University of Aeronautics & Astronautics)

An Alternative Acoustic Black Hole Thickness Profile For Enhanced Structural Damping in a PlateLi Ma (The Hong Kong Polytechnic University), Li Cheng (The Hong Kong Polytechnic University)

Study on energy propagation and noise radiation in plates containing the array of acoustic black holesXiandong Liu (Beihang University), Jiakai Yuan (Beihang University), Haoming Liang (Beihang University), Zongnan Wang (Beihang University)

On the potential of a functionally graded acoustic black hole using multi-material additive manufacturingJordan Cheer (University of Southampton), Steve Daley (University of Southampton)

Wave-based analysis on cut-on frequency of curvilinear acoustic black holesJae Yeon Lee (Korea Advanced Institute of Science and Technology), Wonju jeon (Korea Advance Institute of Science and Technology)

Flexural band gaps in periodic plates with 2D Acoustic black holesLiling Tang (Northwestern Polytechnical University), Li Cheng (The Hong Kong Polytechnic University), Kean Chen (Northwestern Polytechnical University)

Vibration damping of thin structures using surface-attached spiral acoustic black holesSeongmin Park (Korea Advanced Institute of Science and Technology), Jae Yeon Lee (Korea Advanced Institute of Science and Technology), Wonju Jeon (Korea Advanced Institute of Science and Technology)

Minimisation of the reflection coefficient in a beam using an active acoustic black holeKristian Hook, (University of Southampton), Jordan Cheer (University of Southampton), Stephen Daley (University of Southampton)

A Fully Coupled Electromechanical Model for a PZT-coated Acoustic Black Hole BeamLinli ZHANG (The Hong Kong Polytechnic University), Li CHENG (The Hong Kong Polytechnic University)

A new type of two-dimensional acoustic black hole-based vibration absorberNing Wang (Nanjing University of Aeronautics and Astronautics), Hongli Ji (Nanjing University of Aeronautics and Astronautics), Chao Zhang (Nanjing University of Aeronautics and Astronautics), Yang Lu (Nanjing University of Aeronautics and Astronautics), Jinhao Qiu (Nanjing University of Aeronautics and Astronautics), Li Cheng (Hong Kong Polytechnic University)

Session 2. Acoustic Black Holes17_2_181

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62

Session 3. Application of Vibro-acoustics Methods to Noise Control TreatmentLimits on the use of electromagnetic shunt damper in control sound transmission through double-plate structuresQibo Mao (Nanchang HangKong University), Ran Xie (Nanchang HangKong University), Longxuan Hu (Nanchang HangKong University)

Vibration reduction of plate structures via various damping treatmentSong Yubao (China Aerodynamics Research and Development Center), Chen Shengbing (China Aerodynamics Research and Development Center), Tang Daofeng (China Aerodynamics Research and Development Center), Wang Yong (China Aerodynamics Research and Development Center), Zhang Hao (China Aerodynamics Research and Development Center)

Analysis of the Effect of the Ship Vibration on the On-board EquipmentDonghun SON (LIGNEX1), Joon KIM (LIGNEX1)

Influence of structural parameters on acoustic performance of shell and tube heat exchangerGONG Jingfeng (HUANG Jing Wuhan University of Science and Technology), JIANG Zhiyuan (HUANG Jing Wuhan University of Science and Technology), GUI Chiran (HUANG Jing Wuhan University of Science and Technology), HUANG Jiahao (HUANG Jing Wuhan University of Science and Technology)

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Analysis of noise emitted by an engine using an innovative 3D microphone positioning systemPaolo Guidorzi (University of Bologna), Luca Barbaresi (University of Bologna), Massimo Garai (University of Bologna), Monica Giovannucci (Toyota Material Handling Manufacturing Italy Spa), Tommaso Piazza (Toyota Material Handling Manufacturing Italy Spa), Tommaso Pesso (Toyota Material Handling Manufacturing Italy Spa)

Session 4. Holographic Identification of Vibro-acoustics Noise Sources17_4_995

Session 5. Inverse Approaches in Vibro-AcousticsElimination of bending wave reflection from the boundary of a panel speaker using an actuator arrayKi-Ho Lee (Korea Advanced Institute of Science and Technology), Jeong-Guon Ih (Korea Advanced Institute of Science and Technology)

17_5_305

Session 6. Numerical Methods in Vibro-acousticsIsogeometric free vibration analysis of multi-directional functionally graded circular and annular plates with variable thicknessSaifeng Zhong (Harbin Engineering University), Guoyong Jin (Harbin Engineering University), Donghui Yuan (Harbin Flying College of Airforce), Tiangui Ye (Harbin Engineering University)

Methods for improving the mid-frequency acoustic simulation of a lightly damped plateJanos Kun (Szechenyi Istvan University), Marcell Treszkai (Szechenyi Istvan University), Tamas Turcsik (Audi Hungaria Zrt.), Daniel Feszty (Szechenyi Istvan University)

A semi-analytic method for vibro-acoustic responses of functionally graded cylindrical shellsKun Xie (Huazhong Agricultural University), Meixia Chen (Huazhong University of Science and Technology), Wencheng Li (Huazhong Agricultural University), Wanjing Dong (Huazhong Agricultural University)

Vibroacoustic characteristics of a damped box-type structureCan Nerse (Gwangju Institute of Science and Technology), Semyung Wang (Gwangju Institute of Science and Technology)

Effects of higher-order wave modes on periodic array of circular Helmholtz resonatorsBrenno Victor Lima Campos (University of Campinas), Adriano Mitsuo Goto (University of Campinas), José Maria Campos Dos Santos (University of Campinas)

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Experimental validation of a hybrid FE-SEA-experimental modelArnau Clot-Razquin (University of Cambridge), Joshua W. R. Meggitt (University of Salford), Robin S. Langley (University of Cambridge), Andy T. Moorhouse (University of Salford), Andrew S. Elliott (University of Salford)

An effective time domain numerical model for the prediction of ground-borne vibrations induced by pile drivingTales Vieira Sofiste (University of Coimbra), Luís Manuel Cortesão Godinho (University of Coimbra), Pedro Alves Costa (University of Porto), Delfim Soares Júnior (Federal University of Juiz de Fora)

Numerical modelling of ground-borne noise and vibrations in buildings induced by pile drivingAires Colaço (University of Porto), Pedro Alves Costa (University of Porto), Cecília Mont’Alverne Parente (Mota-Engil Engenharia e Construção, S.A.), António Silva Cardoso (University of Porto)

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17_6_920

Stochastic dynamic characteristics of a flexible rotor with rubbing faultXinxing Ma (Shanghai Jiao Tong University), Zhenguo Zhang (Shanghai Jiao Tong University), Ningyuan Duan(Shanghai Jiao Tong University), Hongxing Hua (Shanghai Jiao Tong University)

The effect of geometrical variability on the sound absorption performance of meta-poro-elastic systems with small mass inclusionsSepide Ahsani (Katholieke Universiteit Leuven), Lucas Van Belle (Katholieke Universiteit Leuven), Claus Claeys(Katholieke Universiteit Leuven), Wim Desmet (Katholieke Universiteit Leuven), Elke Deckers (KatholiekeUniversiteit Leuven)

Session 7. Uncertainty and Variability in Vibro-Acoustics17_7_379

17_7_885

Session 8. Vibro-Acoustics ExperimentsTransient processes in a thin elastic plate loaded with airMikhail A. Mironov (Andreyev Acoustic Institute), Andrey Korolkov (M.V.Lomonosov Moscow State University), Andrey Shanin (M.V.Lomonosov Moscow State University), Kseniia Kniazeva (M.V.Lomonosov Moscow State University)

Design of acoustic cavity test apparatus for validation of mid-frequency response of a plate-cavity systemJanos Kun (Szechenyi Istvan University), Tamas Turcsik (Audi Hungaria Zrt.), Daniel Feszty, (Szechenyi Istvan University)

Experimental study of targeted energy transfer inside 3d acoustic cavity coupled by a nonlinear membrane absorberJianwang Shao (Tongji University), Tao Zeng (Tongji University), Chang Jin (Tongji University), Xian Wu (Tongji University)

17_8_101

17_8_495

17_8_1014

Session 9. Vibro-Acoustics of Composite PanelsResearch on controllability and observability of a damped plate’s complex modesJiang Liu (Dalian University of Technology), Sheng Li (Dalian University of Technology)

17_9_269

Session 10. Nonlinear Vibro-AcousticsEstimation and study of drum brake noise using a comprehensive nonlinear vibroacoustic modelRamesh, Ananthapadmanabhan (Indian Institute of Technology Tirupati), Sundar, Sriram (Indian Institute of Technology Tirupati)

Comparative study of transient forces as a source of structure-borne noise on two and four-wheeler drum brakesAkash Yella (Indian Institute of Technology Tirupati), Sriram Sundar (Indian Institute of Technology Tirupati)

17_10_489

17_10_783

64

Session 11. Vibro-Acoustics of MetamaterialsProgrammable metamaterial with digital circuits for isolation of low-frequency vibration transmissionKaijun Yi (Beijing Institute of Technology), Gael Matten (FEMTO-ST Institute), Morvan Ouisse (FEMTO-ST Institute), Emeline Sadoulet-Reboul (FEMTO-ST Institute), Manuel Collet (Ecole Centrale de Lyon)

The attenuation performance of elastic waves in three-dimensional periodic latticeJingru Li (Hainan University), Maolong Xia (Jiangsu University of Science and Technology), Yanbing Zhang (Naval University of Engineering)

The modified Plane Wave Expansion method for membrane-type metamaterial equipped with piezoelectric material membraneCong Gao (University of Nottingham Ningbo China), Dunant Halim (University of Nottingham Ningbo China), Xiaosu Yi (University of Nottingham Ningbo China)

Elastic metamaterial with hexagonal prism inclusion for flexural vibration control of a thin plate structureCong Gao (University of Nottingham Ningbo China), Dunant Halim (University of Nottingham Ningbo China), Xiaosu Yi (University of Nottingham Ningbo China)

Evanescent modes in piezomagnetic phononic structuresEdson Jansen Pedrosa de Miranda Jr. (Federal Institute of Maranhão (IFMA)), José Maria Campos Dos Santos (University of Campinas)

Optimisation based design of a metamaterial foam core sandwich panel with in-core resonators Noé Geraldo Rocha de Melo Filho (Katholieke Universiteit Leuven), Matias Clasing Villanueva (KatholiekeUniversiteit Leuven), Luca Sangiuliano (Katholieke Universiteit Leuven), Claus Claeys (Katholieke Universiteit Leuven), Elke Deckers (Katholieke Universiteit Leuven), Wim Desmet (Katholieke Universiteit Leuven)

Coherent Super Decay by Membrane-type Tuned Mass DampersKa Yan Au-Yeung (Hong Kong University of Science and Technology), Zhiyu Yang (Hong Kong University of Science and Technology)

17_11_234

17_11_288

17_11_606

17_11_610

17_11_774

17_11_826

17_11_1021

Session 2. Vibration-based Diagnosis with AIFault Diagnostic of Drain Pump Based on AI SVMSunhwa Park (LG Electronics), Mijeong Shin (LG Electronics), Byoungha Ahn (LG Electronics)

Frequency-driven Convolutional Neural Network for Enhancing Noise-Robustness of Bearing Fault DetectionSoo Young Lee (The Pohang University of Science and Technology), Yunseob Hwang (The Pohang University of Science and Technology), Seungchul Lee (The Pohang University of Science and Technology),

New Way of Detecting Vibration of Mechanical Systems by Explainable Deep LearningHyunsuk Huh (Pohang University of Science and Technology), Soo Young Lee (The Pohang University of Science and Technology), Seungchul Lee (The Pohang University of Science and Technology), Kyung Ho Sun (Korea Institute of Machinery and Materials), Joon Ha Jung (Korea Institute of Machinery and Materials)

18_2_211

18_2_659

18_2_678

Area 18 Artificial Intelligence for Noise/Vibration EngineeringSession 1. Advances in AI & Noise/Vibration EngineeringNear-field Acoustic Holography analysis with Convolutional Neural NetworksMarco Olivieri (Politecnico di Milano), Mirco Pezzoli (Politecnico di Milano), Raffaele Malvermi (Politecnico di Milano), Fabio Antonacci (Politecnico di Milano), Augusto Sarti (Politecnico di Milano)

Vibrational modal shape interpolation through convolutional auto encoderChiara Campagnoli (Politecnico di Milano), Mirco Pezzoli (Politecnico di Milano), Fabio Antonacci (Politecnico di Milano), Augusto Sarti (Politecnico di Milano)

18_1_990

18_1_991

65

Session 3. AI-based Prediction and ModelingISO 8608-based pavement roughness classification with artificial neural networks using suspension vibration measurementsYun Seol Park (Seoul National University), Ju Hyun Jeon (Seoul National University), Yeon June Kang (Seoul National University)

Compressed Air Leakage Detection Using Acoustic Emissions with Neural NetworksDavid Johnson (Fraunhofer Institute for Digital Media Technology (IDMT)), Jakob Kirner (Fraunhofer Institute for Digital Media Technology), Sascha Grollmisch (Fraunhofer Institute for Digital Media Technology), Judith Liebetrau (Fraunhofer Institute for Digital Media Technology)

Acoustic Source Localization for Single Point Source using Convolutional Neural Network and Weighted Frequency LossSoo Young Lee (The Pohang University of Science and Technology (POSTECH)), Seungchul Lee (The Pohang University of Science and Technology (POSTECH)), Jiho Chang (Korea Research Institute of Standards and Science)

Experimental force reconstruction using a neural network and simulated training dataTyler Dare (The Pennsylvania State University)

18_3_178

18_3_615

18_3_660

18_3_819

Artificial intelligence (AI) speaker made of bio–inspired piezoelectric MEMS directional microphone for voice differentiation in a directional range of 0°–360°Ashiqur Rahaman (Korea University of Technology and Education), Byungki Kim (Korea University of Technology and Education)

Attention-Based LSTM Network for Unknown Road Input Estimation and Sensor Selection for Applications in Vehicle Suspension ControlGyuWon Kim (Pohang University of Science and Technology), Seungchul Lee (Pohang University of Science and Technology)

An overview of deep learning techniques for fault detection using vibration signalBayu Adhi Tama (Pohang University of Science and Technology (POSTECH)), Soo Young Lee (Pohang University of Science and Technology (POSTECH)), Seungchul Lee (Pohang University of Science and Technology (POSTECH))

18_4_321

18_4_656

18_4_666

Session 4. Application of AI in Vibration and Noise Control

Session 6. Analysis and optimization for practical noise and vibration applicationsMethod for estimating interaural time differences based on cochlea filter bank and EUZ auditory model in noisy environmentGyeong-Tae Lee (Korea Advanced Institute of Science and Technology), Yong-Hwa Park (Korea Advanced Institute of Science and Technology)

Effect of Reverberation on Phonemes in Automatic Speech Recognition under Reverberant EnvironmentHyeonuk Nam (Korea Advanced Institute of Science and Technology), Yong-Hwa Park (Korea Advanced Institute of Science and Technology)

Experimental validation of a locally resonant metamaterial plateJavier Hernan Vazquez Torre (Technical University of Denmark), Jonas Brunskog (Technical University of Denmark), Vicente Cutanda Henriquez (Technical University of Denmark), In-Jee Jung (Korea Advanced Institute of Science and Technology), Jeong-Guon Ih ( Korea Advanced Institute of Science and Technology)

Optimum placement of resonators on a thin panel for the spectrally smooth sound radiationJaesoon Jung (Technical University of Denmark), Cheol-Ho Jeong (Technical University of Denmark), Jakob S. Jensen (Technical University of Denmark)

18_6_245

18_6_334

18_6_404

18_6_405

Stochastic sensitivity analysis of a panel speaker structure with a locally resonant materialJonghyun Kim (Korea Advanced Institute of Science and Technology), Jaesoon Jung (Technical University of Denmark), Ikjin Lee (Korea Advanced Institute of Science and Technology)

Human Auditory System Inspired Neural Network for Text-Independent Speaker RecognitionSeong-Hu Kim (Korea Advanced Institute of Science and Technology), Yong-Hwa Park (Korea Advanced Institute of Science and Technology)

Towards large-scale acoustic shape optimization for industrial applications using the Boundary Element MethodPeter Risby Andersen (GN Audio A/S & Jabra), Junghwan Kook (GN Audio A/S & Jabra), Vicente CutandaHenríquez (Technical University of Denmark), Niels Aage (Technical University of Denmark)

A numerical study of the effect of viscothermal losses on an acoustic black holeVicente Cutanda Henríquez, (Technical University of Denmark José), Sánchez-Dehesa (Universitat Politècnicade València)

Optimization of the Performance of Small Speaker Systems with Passive RadiatorsDaniel Gert Nielsen (Technical University of Denmark), Gyeong-Tae Lee (KAIST), Yong-Hwa Park (KAIST), Jakob Søndergaard Jensen (Technical University of Denmark), Finn Thomas Agerkvist (Technical University of Denmark)

Multiple target frequencies filtering by using phononic crystals with structural hierarchyKi Yong Lee (Korea Advance Institute of Science and Technology), Wonju jeon (Korea Advance Institute of Science and Technology)

18_6_406

18_6_439

18_6_453

18_6_456

18_6_543

18_6_1020

66

Session 7. Vibroacoustics for Medical SolutionsArtificial Intelligence Approach for Detecting Pathological VoiceJuhyeong Jeon (Pohang University of Science and Technology), Seungchul Lee (Pohang University of Science and Technology), HyunBum Kim (The Catholic University of Korea), Yeon Jae Han (The Catholic University of Korea), YoungHoon Joo The (The Catholic University of Korea), Sun Im (The Catholic University of Korea)

Intraocular Pressure Estimation Method Based on Eye Vibration ResponsesDeukha Kim (Hanyang University), Youngbeen Chung (Hanyang University), Junhong Park (Hanyang University), Jin Yong Jeon (Hanyang University), Won June Lee (Hanyang University Hospital)

Determination of pneumonia symptoms through acoustic analysis of cough sound and machine learningYoungbeen Chung (Hanyang University), Jie Jin (Hanyang University), Sang-Heon Kim (Hanyang University Hospital), Hyun Lee (Hanyang University Hospital), Jin Yong Jeon (Hanyang University), Junhong Park (HanyangUniversity)

Prediction of urinal flowrate by using urinary acoustic signals based on LSTM neural networkJie Jin (Hanyang University), YoungBeen Chung (Hanyang University), WanSeung Kim (Hanyang University), JinYong Jeon(Hanyang University), JeongGyu Ho (Hanyang University Seoul Hospital), JungKi Jo (HanyangUniversity Seoul Hospital), JunHong Park (Hanyang University)

Development of fetal heart monitoring systemHyeong Geun Jo (Hanyang University), Beom Hoon Park (Hanyang University), Kwan Kyu Park (HanyangUniversity), Jeong-Kyu Hoh (Hanyang University)

18_7_393

18_7_443

18_7_530

18_7_531

18_7_1013

67

68

A18_6_453 Aage, Niels 4_3_790 Abe, Kyoko 4_7_824 Abeti, Maurizio 14_2_386 Achary, Kudumbur Kiran 2_3_722 Agerkvist, Finn T. 18_6_543 Agerkvist, Finn Thomas 18_2_211 Ahn, Byoungha 7_4_126 Ahn, Chang Hoon2_1_351 Ahn, Min-Hong17_7_885 Ahsani, Sepide 4_6_803 Aida, Yu 4_6_407 Akimitsu, Kou 4_2_972 Akkerman, Davi 6_2_736 Aksenov, Andrey 16_1_108 Akutsu, Maria15_6_294 Akutsu, Mariko 15_6_336 Akutsu, Mariko 4_10_767 Alabdulkarem, Abdullah 5_12_883 Alamir, Mahmoud 11_10_134 Albatici, Rossano14_1_589 Albers, Albert 1_3_759 Alessandro Di Marco11_1_176 Aletta, Francesco 11_6_721 Aletta, Francesco 11_10_134 Aletta, Francesco 4_10_767 Ali, Mohamed 14_5_716 Alkmim, Mansour 11_2_636 Allès, Christèle1_3_784 Almeida, Vitor F. 4_10_767 Al-Salem, Khaled

5_10_832 Alvarado, Leonel Molina 5_2_928 Alves, Luciana da Rocha 4_8_923 Alvim, Luiz Augusto T. F. 12_5_918 Alvim, Luiz Augusto Turella Ferraz 1_1_912 Amado-Mendes, Paulo 14_2_418 Amichi, Kamel 1_1_926 Amrutha Dasyam17_1_681 An, Jae Hyuck14_1_454 An, Kang Hyun2_1_694 An, Tiansi5_9_1011 Anachkova, Maja 14_2_418 Anciant, Marc 18_6_453 Andersen, Peter Risby 4_1_152 Angela Lorenzo del Moral18_1_990 Antonacci, Fabio 18_1_991 Antonacci, Fabio 12_2_514 Antoni, Jerome 4_2_847 António, Julieta 7_2_491 Antonov, Alexander 4_2_847 Antunes, Sónia 4_6_839 Anusha, Palla 2_3_339 Aoki, Soshi 2_5_581 Aoshima, Yoshinobu 6_2_760 Aquilini, Carlo 16_1_108 Aquilino, Marcelo de Mello4_2_855 Arana, Miguel 5_9_927 Araújo, Kalina 5_9_927 Araújo, Renato 4_3_1007 Arcos, Robert 15_5_781 Arcos, Robert 15_5_782 Arcos, Robert 15_5_793 Arcos, Robert 15_5_931 Arcos, Robert 5_10_832 Arenas, Jorge P. 12_7_954 Arenas, Jorge P.

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Author Index

69

1_3_784 Arruda, José R. F. 8_2_1018 Artho, Jürg 1_5_725 Arvidsson, Emma 4_3_673 Asakura, Takumi 5_8_674 Asakura, Takumi 11_1_887 Asakura, Takumi 5_2_892 Asensio, César 11_1_176 Astolfi, Arianna 4_8_95 Atsma, Remco 9_4_795 Au, Eugena 5_6_633 Aumond, Pierre 11_1_176 Aumond, Pierre 11_2_636 Aumond, Pierre 1_1_950 Aurelio Bifulco17_11_1021 Au-Yeung, Ka Yan 11_1_176 Axelsson, Östen 4_4_802 Aygun, Haydar

B1_5_943 B Somi Naidu11_10_134 Babich, Francesco 12_6_384 Bader, Nicki 11_8_246 Bai, Danfeng12_7_247 Bai, Danfeng12_1_744 Bai, Mingsian R. 12_1_860 Bai, Ruyu 12_1_861 Bai, Ruyu 3_5_624 Bakirci, Ekim 8_1_852 Baliatsas, Christos 17_4_995 Barbaresi, Luca 4_8_1016 Barbo, Marselle 8_3_428 Barbosa, Adriano A R 11_5_973 Barbosa, Mariana Souza 2_1_937 Bartalucci, Chiara 5_2_892 Bartalucci, Chiara 16_4_468 Bartolomaeus, Wolfram 12_7_954 Bastián-Monarca, Nicolás A. 3_5_643 Bauer, Michael 5_11_629 Baumgartner, Bernhard

7_1_985 Beamer, Bryan 10_2_241 Beamer, Bryan 9_1_401 Becker, Julian 1_6_135 Behrendt, Matthias 14_1_589 Behrendt, Matthias 4_9_257 Beldam, Mai-Britt 8_5_104 Beldam, Mai-Britt 5_2_892 Bellomini, Raffaella 14_10_632 Belschner, Torsten3_4_131 Belyaev, Ivan 2_1_303 Belyi, Valiantsin1_5_758 Berardi, Umberto 4_10_767 Berardi, Umberto 12_6_384 Berger, Frank 8_6_613 Bergström, Kirstin 12_2_593 Berry, Alain4_7_978 Bertoli, Stelamaris R. 8_9_901 Bettarello, Federica 6_6_791 Bhattacharya, S.K.1_1_926 Bhisham Sharma10_6_645 Bi, Jinyan 12_8_707 Blau, Matthias 14_10_632 Bodden, Markus 8_2_1018 Boegli, Hans 4_6_953 Bonfiglio, Paolo 1_6_135 Bopp, Manuel 2_1_937 Borchi, Francesco 5_2_892 Borchi, Francesco 2_5_822 Borges, Matheus Canêdo Ribeiro 7_4_126 Bošnjak, Bruno 5_7_734 Botteldooren, Dick 5_10_733 Botteldooren, Dick 11_1_868 Botteldooren, Dick 1_3_503 Bouche, Patrick 11_10_134 Bourdeau, Ethan 3_5_873 Bradley, Sean 4_8_923 Brandão, Eric 4_8_1016 Brandão, Eric 12_5_918 Brandão, Eric 1_7_869 Brandão,Eric5_9_927 Brasileiro-Meneses, Tamáris

70

C

1_4_762 Bravo, Teresa 6_1_763 Bravo, Teresa 4_10_811 Bravo-Moncayo, Luis8_2_1018 Brink, Mark 11_1_948 Brown, Caroline 2_3_722 Brunskog, Jonas 18_6_404 Brunskog, Jonas 6_2_261 Buck, Ralf 14_7_413 Bühlmann, Erik 16_2_409 Bühlmann, Erik 8_3_428 Butlewski, Marcin

8_8_1015 Ca, Chao 8_8_451 Cai, Chao 4_9_577 Cai, Junli 12_8_437 Cai, Yefeng 1_1_775 Cai, Zenong 1_1_808 Cai, Zenong 1_1_830 Cai, Zenong 1_5_796 Cai, Zenong14_2_418 Calloni, Massimiliano 18_1_991 Campagnoli, Chiara 4_9_257 Campbell, Colin 17_6_792 Campos, Brenno Victor Lima 6_2_760 Camussi, Roberto 5_6_633 Can, Arnaud 11_2_636 Can, Arnaud 4_5_902 Caniato, Marco 8_9_901 Caniato, Marco 8_9_909 Caniato, Marco 3_4_131 Cao, Qingyuan 12_6_490 Cao, Wenjing 11_9_392 Cao, Xinhao 7_3_675 Cao, Yipeng 15_5_793 Cardona, Joan 17_6_920 Cardoso, António Silva 2_1_937 Carfagni, Monica 5_2_892 Carfagni, Monica 12_2_593 Carneiro, Lucas 10_6_691 Cetin, Mehmet Onur 1_1_951 Ch V S N Reddi1_3_945 Ch V S N Reddi

14_1_297 Chae, Geum Muk14_1_311 Chae, Geum Muk14_4_301 Chae, Geum Muk14_7_806 Chae, Gyeongwon14_7_806 Chae, Hyun4_4_802 Chaer, Issa12_8_437 Chai, Guoqiang 14_7_216 Chan, Horus Yui Ho 14_1_145 Chandan, Ravi B R14_1_156 Chandan, Ravi B R18_3_660 Chang, Jiho5_4_328 Chang, Taesun 5_4_350 Chang, Taesun 14_2_646 Charbonneau, Jeremy 9_3_1012 Chau, Chi Kwan 5_1_761 Chau, Wai 5_8_997 Chayati, Nur 17_2_398 Chee, Jordan 2_3_314 Cheer, Jordan 12_8_378 Cheer, Jordan 14_5_716 Cheer, Jordan 14_8_193 Cheer, Jordan 17_2_649 Cheer, Jordan 2_1_895 Chen, Baicun1_5_471 Chen, Bao 2_1_207 Chen, Hongyu4_6_828 Chen, Jian 2_3_208 Chen, Kai 17_2_522 Chen, Kean 7_1_985 Chen, Keyu 17_1_976 Chen, Keyu 4_6_185 Chen, Lejia 17_6_501 Chen, Meixia 17_3_287 Chen, Shengbing6_6_425 Chen, Weijie 15_7_993 Chen, Yanming 13_7_158 Chen, Yuxi 3_4_858 Chen, Zhengwu 12_2_514 Chen, Zhifei 17_2_214 Cheng, Li 17_2_522 Cheng, Li 17_2_750 Cheng, Li 17_2_827 Cheng, Li

18_7_530 Chung, Youngbeen18_7_531 Chung, Youngbeen4_10_811 Ciaburro, Giuseppe1_5_758 Ciaburro, Giuseppe 4_7_824 Ciaburro, Giuseppe 4_10_767 Ciaburro, Giuseppe 9_3_850 Cioffi, Federico 17_7_885 Claeys, Claus 17_11_826 Claeys, Claus 16_4_468 Clairbois, Jean-Pierre 4_3_1007 Clot, Arnau 15_5_782 Clot, Arnau15_5_793 Clot, Arnau17_6_859 Clot-Razquin, Arnau5_2_892 Çoban, Nilgün Akbulut17_6_920 Colaço, Aires 17_11_234 Collet, Manuel 4_5_880 Collins, Adam 4_8_768 Conceição, Eusébio Z. E. 12_5_769 Conceição, Eusébio Z. E. 4_8_768 Conceição, Mª Inês L. 12_5_769 Conceição, Mª Inês L. 1_5_332 Cong, Chaonan 16_4_468 Conter, Marco 4_3_1007 Conto, Kenny F. 7_1_985 Copley, David 17_6_908 Costa, Pedro Alves 17_6_920 Costa, Pedro Alves

11_8_944Costa, Selma Patrícia Bandeira Mendes

1_1_950 Costantini, Aniello 4_1_317 Crispin, Charlotte 4_3_841 Crispin, Charlotte 14_5_716 Cuenca, Jacques 1_3_296 Cui, Fangsen 14_4_612 Cunningham, Paul R.5_11_629 Czuka, Martin

71

D

6_1_969 Cheong, Cheolung 6_2_894 Cheong, Cheolung 6_3_817 Cheong, Cheolung 6_6_825 Cheong, Cheolung 13_7_376 Cheong, Cheolung 13_7_913 Cheong, Cheolung 14_3_570 Cheong, Cheolung 14_3_886 Cheong, Cheolung 4_10_383 Cheung, Carmen K.M. 4_4_333 Cheung, Ka-man, Carmen2_1_233 Chi, Kexun 11_1_176 Chieng, Julia 4_3_737 Chikai, Manabu 4_3_738 Chikai, Manabu 4_2_964 Chilton, Anthony 11_5_939 Chitra, Banu 14_1_454 Cho, Jeong Hyeon13_7_913 Cho, Junghoon5_4_350 Cho, Junho 14_8_167 Cho, Munhwan12_7_676 Cho, Wan-Ho2_3_229 Cho, Youngeun1_3_423 Choi, Eunji 13_9_703 Choi, Jee Woong13_10_441 Choi, Jee Woong6_6_825 Choi, Jinho12_8_357 Choi, Jung-Woo12_2_562 Choi, Jung-Woo 13_9_703 Choi, Kang-Hoon13_10_441 Choi, Seulgi3_1_327 Choi, Su Eun14_7_427 Choi, Won Hong4_3_426 Choi, Young-Ji16_2_349 Choung, Tae Ryaug 3_5_873 Chowdhury, Montasim 12_5_159 Choy, Yatsze 7_3_675 Chuang, Wang 16_4_468 Chudalla, Michael 16_2_349 Chun, Hyung-Joon 11_5_939 Chundeli, Faiz Ahmed 14_10_876 Chung, Kihoon 9_3_1012 Chung, Wai Kit 18_7_443 Chung, Youngbeen

1_1_1004 D. W. Herrin1_7_772 D’Antonio, Peter 12_5_918 D’Antonio, Peter 4_3_737 Da Cunha, Iara Batista 4_3_738 Da Cunha, Iara Batista

72

11_5_871 Da Rosa Oiticica, Maria Lucia Gondim

11_5_973 Da Rosa Oiticica, Maria Lucia Gondim

11_8_944 Da Rosa Oiticica, Maria Lucia Gondim

11_5_973 Da Silva Oliveira, Stella Rosane 11_5_871 Da Silva, Ana Caroline Araújo Ferr

eira 11_5_871 Da Silva, Jordana Teixeira 11_8_944 Da Silva, Jordana Teixeira 13_9_703 Dahl, Peter H. 17_1_770 Dai, Lu 3_6_270 Daiguji, Hirofumi 17_2_649 Daley, Stephen 2_3_314 Daley, Steve 17_2_398 Daley, Steve 4_2_90 Dance, Stephen 6_3_335 Dang, Zhigao 18_3_819 Dare, Tyler 1_5_952 Dassie, Nicolás Casais 5_2_928 De Araújo, Bianca Carla Dantas5_9_927 De Araújo, Bianca Carla Dantas5_2_928 De Araújo, Virgínia Maria Dantas 5_10_733 De Coensel, Bert 11_1_176 De Coensel, Bert 4_4_510 De Gusmão Coutinho, Laís10_1_877 De Mello Aquilino, Marcelo10_3_875 De Mello Aquilino, Marcelo4_8_878 De Mello Aquilino, Marcelo 17_11_826 De Melo Filho, Noé Geraldo Roch

a 17_11_774 De Miranda Jr., Edson Jansen Ped

rosa 2_5_822 De Moura, Braion Barbosa 11_5_871 De Oliveira, Poliana Lopes 11_8_944 De Oliveira, Poliana Lopes 6_2_760 De Paola, Elisa 14_5_716 De Ryck, Laurent 14_10_632 De Ryck, Laurent 11_4_833 De Trucios, Sebastián J. Hidalgo 11_1_868 De Vriendt, Patricia 17_7_885 Deckers, Elke 17_11_826 Deckers, Elke 12_6_799 Del Val, Lara

12_4_322 Deng, Guoming5_11_444 Deng, Tian-yi11_6_463 Deng, Zhiyong11_8_246 Deng, Zhiyong12_7_247 Deng, Zhiyong14_5_716 Desmet, Wim 17_7_885 Desmet, Wim 17_11_826 Desmet, Wim 4_1_317 Detremmerie, Vincent 11_1_868 Devos, Paul 6_1_129 Dhital, Kailash 6_1_250 Dhital, Kailash 4_2_963 Di Bella, Antonino 4_9_898 Di Loreto, Samantha 6_2_760 Di Marco, Alessandro 8_5_104 Dietz, Birgit 4_3_841 Dijckmans, Arne 12_2_462 Ding, Dan 2_4_1010 Ding, Jingjing5_11_444 Ding, Si-yuan 11_5_433 Djimantoro, Michael Isnaeni12_6_384 Döbler, Dirk 12_2_569 Doebler, Dirk 12_7_268 Doi, Tetsuya 9_2_429 Doleschal, Florian 5_9_1011 Domazetovska, Simona 14_7_616 Donavan, Paul R. 14_1_82 Dong, JianXin 11_8_246 Dong, Kexin13_6_710 Dong, Wanjing 14_4_897 Dong, Wanjing 17_6_501 Dong, Wanjing 4_3_729 Dong, Wayland 4_6_698 Dong, Wayland 4_6_727 Dong, Wayland 13_4_915 Dongcc, Wanjing 11_3_86 Donya Dalirnaghadeh17_6_792 Dos Santos, José Maria Campos 17_11_774 Dos Santos, José Maria Campos

73

1_3_503 Doutres, Olivier 1_2_924 Dragonetti, Raffaele 5_5_820 Drastiani, Rizka6_5_123 Dreier, Christian 17_1_203 Du, Liangfen 11_5_548 Du, Shan 2_1_694 Duan Lijing13_6_219 Duan, Ningyuan 17_7_379 Duan, Ningyuan 8_3_844 Dudarewicz, Adam 8_3_845 Dudarewicz, Adam 8_3_846 Dudarewicz, Adam 8_3_917 Dudarewicz, Adam 4_2_903 Dümen, Ayca Sentop 17_11_610 Dunant Halim1_3_962 Dupont, Thomas 11_5_227 Dwitassia, Ranti

E1_3_967 Edson Jansen Pedrosa Miranda Ju

nior5_10_832 Elgueda, Diego Vergara 14_8_167 Elias, Chemali1_2_924 Elio Di Giulio17_6_859 Elliott, Andrew S. 14_8_193 Elliott, Stephen 4_9_723 Elmehdi, Hussein M 11_1_916 Emelin, Maxim 10_6_645 Engels, Bret 11_10_567 ERÇAKMAK, Uğur Beyza 10_6_691 Erdogan, Koray 8_5_958 Eşmebaşı, Merve 5_10_832 Espinoza, Fausto 4_12_996 Evans, Jack B

F1_2_924 Fabio Auriemma2_3_773 Fabry, Johannes 1_7_263 Fackler, Cameron 1_3_503 FahmiAbdelkader

4_2_847 Falcão, Ana 13_2_941 Fan, Mingwei 12_6_382 Fang, Shiliang 12_6_490 Fang, Shiliang 13_9_83 Fang, Shiliang 2_1_233 Fang, Xin 11_6_862 Fang, Xingyue 11_6_863 Fang, Xingyue 1_5_471 Fang, Yi 6_6_293 Fang, Yi 6_6_425 Fang, Yi 4_10_810 Fatima, Shahab 6_6_425 Fattah, Ryu 16_2_1008 Faulkner, Jon Paul 4_2_963 Fausti, Patrizio 4_6_953 Fausti, Patrizio 13_7_397 Fei, Shiting 13_7_400 Fei, Shiting 6_6_218 Feng, Feng11_4_147 FENG, Jinjie 15_7_993 Feng, Qingsong 14_7_292 Feng, Qizhang 12_6_529 Feng, Yulin 2_1_611 Fernandez, Dani 1_7_772 Fernandez-Grande, Efren 1_7_869 Fernandez-Grande, Efren 12_2_422 Fernandez-Grande, Efren 12_2_541 Fernandez-Grande, Efren 17_6_494 Feszty, Daniel 17_8_495 Feszty, Daniel 4_9_644 Fichera, Ilaria 11_1_176 Fiebig, André 11_1_905 Fiebig, André 11_8_911 Fiebig, André 5_10_733 Filipan, Karlo 11_8_262 Fırat, Hasan Baran 11_8_814 Fırat, Hasan Baran 14_4_612 Fisher, Steve5_5_820 Fitri, Isnen 5_2_928 Florêncio, Débora Nogueira Pinto

74

G

12_7_1006 Fonseca, William D’Andrea 11_6_721 Foraster, Maria 5_6_633 Fortin, Nicolas 4_7_978 Francalacci, Rodrigo L. C. 1_1_950 Francesco Branda1_1_950 Francesco Marulo14_10_647 Franks, Graham 11_6_721 Freixes, Marc 11_10_693 Frescura, Alessia6_3_938 Fu, Xiaoming12_6_384 Fuchs, Karsten 2_3_304 Fukatsu, Haruki

1_1_775 Gai, Xiaoling 1_1_808 Gai, Xiaoling 1_1_830 Gai, Xiaoling 1_5_796 Gai, Xiaoling 9_3_850 Galderisi, Adriana 4_1_317 Galloy, Christophe 2_1_303 Gan, Woon-Seng 2_1_679 Gan, Woon-Seng 2_1_706 Gan, Woon-Seng 11_1_176 Gan, Woon-Seng 11_2_450 Gan, Woon-Seng 11_9_1017 Gan, Woon-Seng 11_5_377 Gao, Bo 17_11_606 Gao, Cong 17_11_610 Gao, Cong 11_6_862 Gao, Tian 11_6_863 Gao, Tian 9_2_653 Gao, Yang 5_4_994 Garai, Massimo 16_4_468 Garai, Massimo 17_4_995 Garai, Massimo 5_4_851 Garbí, Jordi Romeu 4_5_902 Gasparella, Andrea 8_9_901 Gasparella, Andrea 8_9_909 Gasparella, Andrea

5_9_1011 Gavriloski, Viktor 6_2_736 Gavrilyuk, Vladimir 11_9_485 Geisler, Elise 6_6_776 Gelot, Matthieu B. R. 12_6_92 Geyang, Yu 15_5_931 Ghangale, Dhananjay 1_3_503 Ghinet, Sebastian 1_3_962 Ghinet, Sebastian 10_7_607 Gil-Carvajal, Juan Camilo 1_3_296 Gioia Fusaro17_4_995 Giovannucci, Monica 12_5_849 Godinho, Luis 1_1_912 Godinho, Luís 1_2_935 Godinho, Luís 16_2_836 Godinho, Luís 17_6_908 Godinho, Luís Manuel Cortesão 5_4_851 Gómez, Teresa Pàmies 4_4_802 Gomez-Agustina, Luis

11_5_871Gonçalves, Elisabeth de Albuquerque Cavalcanti Duarte

11_8_944Gonçalves, Elisabeth de Albuquerque Cavalcanti Duarte

2_1_225 Gong, Chen 2_1_233 Gong, Chen 17_3_889 Gong, Jingfeng8_3_809 Gong, Wei 5_10_832 González, David Montes 11_4_833 González, David Montes 16_2_836 González, David Montes 3_1_363 Goo, Nam Seo 17_6_792 Goto, Adriano Mitsuo 12_1_860 Gou, Jiacheng 12_1_861 Gou, Jiacheng 14_7_637 Goubert, Luc 11_9_485 Gourlot, Nathalie 5_2_892 Governi, Lapo 5_10_832 Gozalo, Guillermo Rey 11_4_833 Gozalo, Guillermo Rey 16_2_836 Gozalo, Guillermo Rey 2_3_722 Grande, Efren Fernandez 1_3_962 Grewal Anant

75

H

18_3_615 Grollmisch, Sascha 2_4_1010 Gu, Limin 1_5_796 Guan, Xiwen 11_1_176 Guastavino, Catherine 17_3_889 Gui, Chiran5_4_994 Guidorzi, Paolo 17_4_995 Guidorzi, Paolo 11_2_636 Guiu, Claire 8_5_958 Gül, Zühre Sü 2_1_128 Gulan, Martin 1_5_471 Guo, Jingwen 6_6_293 Guo, Jingwen 6_6_425 Guo, Jingwen 9_4_765 Guo, Yuying 1_5_867 Gurun, Nurkan Turkdogru 12_5_414 Gwosch, Thomas

2_1_576 Han, Tieli 18_7_393 Han, Yeon Jae12_5_67 Han, Yuedong 11_9_708 Hanifah2_1_355 Hanselka, Jonas 5_12_883 Hansen, Kristy 12_9_699 Harada, Rikuo 4_2_964 Harvie-Clark, Jack 11_10_134 Harvie-Clark, Jack 11_10_848 Harvie-Clark, Jack 12_9_699 Hasegawa, Hideyuki 11_1_794 Hasegawa, Yoshimi 10_1_651 Hashimoto, Kazuma 5_8_674 Hashimoto, Riku 9_2_360 Hashimoto, Takeo 9_2_360 Hatano, Shigeko 14_10_756 Haverkamp, Michael 9_2_320 Hayashi, Mikako 1_2_787 Haydar Aygun12_6_141 He, Daqian 14_8_720 He, Jianfeng 4_3_568 He, Lei 14_7_277 He, Tian 14_4_612 Heaton, Niall L.12_2_569 Heilmann, Gunnar 2_4_682 Heinemann, Bernhard 11_2_450 Heng, Joey 18_6_404 Henriquez, Vicente Cutanda 18_6_453 Henríquez, Vicente Cutanda 18_6_456 Henríquez, Vicente Cutanda 17_1_681 Heo, In Jae7_1_985 Herrin, D. W. 17_1_976 Herrin, D. W. 11_1_916 Herweg, Andreas 3_5_778 Heyes, Graeme 4_8_498 Hidayah, Nurul 11_3_497 HIDAYAH, Nurul 3_6_270 Hideshi Oinuma12_9_700 Hideyuki, Hasegawa

4_8_757 Haan, Chan-Hoon 4_9_930 Hadavi, Shiva 11_9_708 Hadi, Susilo 10_6_645 Hadjit, Rabah 14_2_646 Hadjit, Rabah 14_10_647 Hadjit, Rabah 1_5_725 Hagberg, Delphine Bard 12_2_541 Hahmann, Manuel 6_1_231 Hairudin, Wan Masrurah 2_4_638 Hajilou, Mehran 12_5_604 Halim, Dunant 12_7_608 Halim, Dunant 17_11_606 Halim, Dunant 2_1_434 Halkon, Benjamin 17_1_842 Hambric, Stephen A. 13_10_441 Han, Dong-Gyun10_6_665 Han, Eun-Jun6_1_129 Han, Jae-Hung6_1_250 Han, Jae-Hung13_1_210 Han, Ning 2_1_225 Han, Rong 2_1_233 Han, Rong

76

14_1_695 Himakuntla, Uma Maheswar Rao 14_1_696 Himakuntla, Uma Maheswar Rao 14_2_386 Himakuntla, Uma Maheswar Rao 14_7_695 Himakuntla, Uma Maheswar Rao 4_12_996 Himmel, Chad N 9_4_795 Hioka, Yusuke 3_5_730 Hiraguri, Yasuhiro 8_7_731 Hiraguri, Yasuhiro 3_6_741 Hirakawa, Karin 4_3_169 Hirakawa, Susumu 4_3_737 Hirakawa, Susumu 4_3_738 Hirakawa, Susumu 5_1_325 Hirasawa, Kazuhiro 12_9_699 Hiroe, Masaaki 12_9_700 Hiroe, Masaaki 14_2_646 Histed, Travis 18_7_531 Ho, JeongGyu18_7_1013 Ho, Jeong-Kyu12_6_384 Holstein, Peter 4_2_972 Holtz, Marcos 5_2_856 Holtz, Marcos 12_2_375 Hong, Hou 11_2_450 Hong, Joo Young 11_9_1017 Hong, Jooyoung 11_1_176 Hong, Joo-Young 14_4_170 Hong, Kyoung Jun14_1_297 Hong, Sa Man14_1_311 Hong, Sa Man14_4_301 Hong, Sa Man17_2_649 Hook, Kristian 4_1_94 Hopkins, Carl 4_3_169 Hopkins, Carl 4_8_609 Horiike, Nobuyoshi 4_8_714 Horiike, Nobuyoshi 9_2_429 Hots, Jan 13_8_331 Hou, Hong 9_2_93 Hou, Zhicao 9_2_653 Hou, Zhicao 2_3_314 House, Charlie 17_3_200 Hu, Longxuan 6_3_228 Hu, Rui

2_4_1010 Hu, Xiaolei13_6_219 Hua, Hongxing 13_7_158 Hua, Hongxing 17_7_379 Hua, Hongxing 7_1_985 Hua, Xin 13_8_183 Huajiang, Ouyang 3_4_858 Huang, Ben 10_1_651 Huang, Fang-Yi 17_3_889 Huang, Jiahao17_3_889 Huang, Jing1_1_215 Huang, Lixi 3_6_630 Huang, Shichun 13_7_158 Huang, Xiuchang 12_7_223 Huang, Yen-Chun 1_4_157 Huang, Yu 2_4_1010 Huang, Zhenyu 18_2_678 Huh, Hyunsuk 9_4_795 Hui, C. T. Justine 4_4_333 Hung, Wan-choi, Tim14_7_216 Hung, Wing Tat 5_11_275 Huyghe, Floris 14_10_876 Hwang, Changjeon 1_3_639 Hwang, Gunn 14_7_457 Hwang, SungWook14_7_806 Hwang, Weesang18_2_659 Hwang, Yunseob

11_1_868 Iaboni, Andrea 9_3_850 Ianchini, Tina

4_10_811 Iannace, Gino1_5_758 Iannace, Gino

4_10_767 Iannace, Gino 4_7_956 Iannotti, Antonio

15_5_781 Iglesias, Eduardo Latorre

17_5_305 Ih, Jeong-Guon

18_6_404 Ih, Jeong-Guon

14_6_171 Ih, Kang Duck5_9_473 Iizumi, Genki

I

77

4_9_934 Ikeda , Cristina Yukari Kawakita 4_8_878 Ikeda, Cristina Yukari Kawakita 10_1_877 Ikeda, Cristina Yukari Kawakita 10_3_875 Ikeda, Cristina Yukari Kawakita 17_1_279 Ikeda, Ikuma 18_7_393 Im, Sun14_1_297 Im, Youn Soo14_1_311 Im, Youn Soo14_4_301 Im, Youn Soo10_1_651 Inada, Tamaki 14_7_648 Indraneel, T S 1_5_466 Inoue, Naohisa 4_6_407 Inoue, Naohisa 4_6_803 Inoue, Naohisa 7_1_985 Ippili, Srinivasa 6_6_442 Irsalan, Arif 1_5_982 Isami Nitta14_5_536 Ishihama, Masao 3_6_270 Ishii, Tatsuya 3_6_741 Ishii, Tatsuya 12_7_268 Ishii, Yohji 3_6_741 Ishikawa, Hitoshi 5_4_329 Ishizuka, Takashi 6_1_231 Ismail, Norilmi Amilia 4_8_714 Ito, Kaho 4_8_900 Ito, Youichi 2_3_339 Iwa, Kenta 12_8_340 Iwai, Kenta 12_8_341 Iwai, Kenta 12_8_343 Iwai, Kenta 9_2_446 Iwamiya, Shin-ichiro 4_8_713 Iwamoto, Shun 14_6_133 Iwatsuki, Nobuyuki 17_1_279 Iwatsuki, Nobuyuki 12_6_799 Izquierdo, Alberto

J14_7_427 J. Stuart Bolton12_7_1006 Jacomussi, Leonardo 11_5_939 Jain, Minakshi 11_1_176 Jambrošić, Kristian 14_7_616 Janello, Carrie J.

6_3_817 Jang, Cheolmin 6_6_825 Jang, Cheolmin 2_1_351 Jang, Dae-Woong15_7_326 Jang, Hyung-Suk5_4_328 Jang, Hyun-min 6_3_817 Jang, Jinman 6_6_825 Jang, Jinman 1_3_715 Jang, Yeongtae 14_5_716 Janssens, Karl 2_3_773 Jax, Peter18_6_405 Jensen, Jakob S. 18_6_543 Jensen, Jakob Søndergaard 11_5_483 Jeon, Jin Yong11_9_255 Jeon, Jin Yong11_9_272 Jeon, Jin Yong18_7_443 Jeon, Jin Yong18_7_530 Jeon, Jin Yong18_7_531 Jeon, Jin Yong11_1_176 Jeon, Jin-Yong 14_6_171 Jeon, Ju Hyun18_3_178 Jeon, Ju Hyun 1_2_654 Jeon, Ju Hyun 18_7_393 Jeon, Juhyeong2_3_229 Jeon, Onyu12_8_357 Jeon, Se-Woon17_2_474 Jeon, Wonju17_2_534 Jeon, Wonju18_6_1020 Jeon, Wonju1_3_415 Jeon, Wonju 1_3_419 Jeon, Wonju 1_3_421 Jeon, Wonju 1_3_423 Jeon, Wonju 1_3_469 Jeon, Wonju 4_7_516 Jeong, A Yeong 10_7_607 Jeong, Cheol-Ho8_5_104 Jeong, Cheol-Ho 8_5_191 Jeong, Cheol-Ho 18_6_405 Jeong, Cheol-Ho 14_4_221 Jeong, Eui Bong2_1_347 Jeong, Ikchae 14_1_454 Jeong, Jun Baek1_3_408 Jeong, Youngsu 1_5_943 Jeyaraj Pitchaimani

78

K17_2_181 Ji, Hongli 17_2_827 Ji, Hongli 6_2_96 Ji, Liang 12_7_247 Jia, Luyao3_6_630 Jiang, Weikang 12_2_192 Jiang, Weikang 12_5_67 Jiang, Xudong 12_5_70 Jiang, Xudong 17_3_889 Jiang, Zhiyuan1_5_471 Jiang, Ziyan 6_6_293 Jiang, Ziyan 17_8_1014 Jin, Chang6_3_115 Jin, Guoyong 17_1_232 Jin, Guoyong 17_6_116 Jin, Guoyong 18_7_530 Jin, Jie 18_7_531 Jin, Jie 12_2_562 Jo, Byeongho 10_7_607 Jo, Eun Soo18_7_1013 Jo, Hyeong Geun11_5_483 Jo, Hyun In11_9_255 Jo, Hyun In11_9_272 Jo, Hyun In11_1_176 Jo, Hyun-In 18_7_531 Jo, JungKi6_6_791 Joemon, Jacob18_3_615 Johnson, David 18_7_393 Joo, YoungHoon11_8_911 Jordan, Pamela 8_5_104 Jørgensen, Rasmus Qupersimat1_3_967 José Maria Campos do Santos14_2_646 Joshi, Sanket 14_4_168 Ju, Hyung jun4_8_387 Judd, Thomas 2_4_682 Jukkert, Sergej 1_2_654 Jung, Inhwa18_6_404 Jung, In-Jee 18_6_405 Jung, Jaesoon18_6_406 Jung, Jaesoon1_3_449 Jung, Jaesoon 18_2_678 Jung, Joon Ha14_4_221 Jung, Kwang Sik

1_3_945 K Meera Saheb2_1_306 Kajikawa, Yoshinobu 9_4_669 Kamisi´nski, Tadeusz 3_1_243 Kanamori, Masashi 15_4_381 Kanemoto, Hiroyuki 4_6_407 Kanetsuki, Yoshifumi 2_1_177 Kanev, Nikolay 5_10_346 Kang, Hyejin 7_2_626 Kang, Inpil 1_3_296 Kang, Jian 11_1_176 Kang, Jian 11_4_599 Kang, Jian 11_5_377 Kang, Jian 11_5_829 Kang, Jian 11_6_566 Kang, Jian 11_9_392 Kang, Jian 11_9_508 Kang, Jian 11_10_134 Kang, Jian 11_10_259 Kang, Jian 14_4_168 Kang, Seong ho14_1_187 Kang, Yeon June14_4_168 Kang, Yeon june14_4_175 Kang, Yeon June14_6_171 Kang, Yeon June14_8_167 Kang, Yeon June1_2_179 Kang, Yeon June 1_2_654 Kang, Yeon June 14_4_170 Kang, Yeon June 18_3_178 Kang, Yeon June 16_2_349 Kang, Yeong-Sik12_9_699 Kanzaki, Syo 11_8_262 Karadoğan, Can 1_5_725 Karlsson, Ola 4_3_882 Kasai, Yusuke 9_2_446 Kataoka, Hiroko 15_4_381 Kawaguchi, Tsugutoshi 14_10_564 Kawata, Ayumu 11_9_925 Kazumasa, Honda 3_6_270 Kenichiro Nagai16_2_1008 Kennedy, John 1_5_982 Kenta Iizuka12_9_700 Kentaro, Nakamura

79

12_2_569 Kerscher, Michael 4_6_727 Kezon, Chris 1_3_503 Khaled Triki4_8_498 Khaliddazia, Yenni 1_4_788 Kido, Shigeyuki 14_7_806 Kim, Byungchae15_7_326 Kim, Byunghee17_1_345 Kim, Byungki18_4_321 Kim, Byungki7_2_626 Kim, Byung-Tak 7_2_626 Kim, Chan-Jung1_3_421 Kim, Chankyu 5_4_328 Kim, Chulhwan 5_4_350 Kim, Chulhwan5_10_346 Kim, Chulhwan 18_7_443 Kim, Deukha14_4_344 Kim, Dong Hyun2_1_144 Kim, Dongjoon1_3_715 Kim, Eunho 18_4_656 Kim, GyuWon14_4_344 Kim, Heung Gi12_6_582 Kim, Heung-Tae18_7_393 Kim, HyunBum14_7_749 Kim, Hyunjin14_7_806 Kim, Hyunjin14_7_199 Kim, HyunUk14_4_344 Kim, Hyun-Uk4_7_516 Kim, Jae Soo 6_6_776 Kim, Jae Wook 15_7_326 Kim, Jaehwan1_2_654 Kim, Jaehyung14_7_648 Kim, Jay4_3_914 Kim, Jeonghun4_8_362 Kim, Jeonghun4_11_893 Kim, Jeonghun4_3_364 Kim, Jeonghun 17_1_681 Kim, Jin Oh1_3_415 Kim, Jiwan 6_2_894 Kim, Jong Wook 15_7_326 Kim, Jonghwan18_6_406 Kim, Jonghyun 17_3_465 Kim, Joon14_8_167 Kim, Joongkwan14_1_187 Kim, Jun Gu4_3_914 Kim, Jungjoong

1_3_639 Kim, Jung-Woo9_2_148 Kim, Ki-Hong10_1_651 Kim, Ki-Hong 6_3_817 Kim, Kunwoo 15_8_358 Kim, Kwanju4_3_353 Kim, Kyoung Min16_2_349 Kim, Kyoung Min8_7_992 Kim, Kyoung Woo1_3_408 Kim, Minkyu 6_3_430 Kim, Minsuk14_1_297 Kim, Moo Suk14_1_311 Kim, Moo Suk14_4_301 Kim, Moo Suk18_7_530 Kim, Sang-Heon1_3_639 Kim, Sang-Hoon1_2_265 Kim, Sang-Min 1_2_179 Kim, Seong Je 18_6_439 Kim, Seong-Hu 7_2_626 Kim, Seon-Jin 14_4_168 Kim, Seoung jun2_1_351 Kim, Seung-Joo4_2_640 Kim, So Young4_6_412 Kim, So-Young2_4_172 Kim, Soo-Min4_3_364 Kim, Suhong4_3_914 Kim, Suhong4_8_362 Kim, Suhong14_7_457 Kim, SungDae13_9_703 Kim, Sunhyo14_8_167 Kim, Tongmin18_7_531 Kim, WanSeung 2_1_144 Kim, Wheejae2_1_291 Kim, Yeongseok2_1_351 Kim, Yi-Gyeong12_2_998 Kim, Yi-Gyeong4_2_640 Kim, Yong Hee4_6_412 Kim, Yong-Hee1_2_542 Kim, Yoon Young 14_7_199 Kim, YoungHun3_5_873 King, Eoin A. 5_2_874 King, Eoin A. 2_1_434 Kirby, Ray 5_11_629 Kirisits, Christian 12_9_699 Kiriyama, Riku 18_3_615 Kirner, Jakob

80

L15_4_381 Kitagawa, Toshiki 15_6_294 Kitagawa, Toshiki15_6_336 Kitagawa, Toshiki 8_6_613 Klatte, Maria 2_1_355 Klauer, Bernd 2_1_355 Klemd, Alexander 6_2_736 Klimenko, Dmitry 14_8_720 Kniaz, Oren 17_1_103 Kniazeva, Kseniia 17_8_101 Kniazeva, Kseniia 9_2_507 Kobayashi, Tomohiro 11_1_176 Kogan, Pablo 14_6_222 Kollmannthaler, Meike 12_8_999 Kondoz, Ahmet 14_1_82 Kong, ChuanXu 1_5_466 Kong, Kyungsoo 18_6_453 Kook, Junghwan 3_4_131 Kopiev, Victor 17_1_102 Korolkov, Andrey 17_1_103 Korolkov, Andrey 17_8_101 Korolkov, Andrey 1_5_982 Kota Akamine14_5_716 Kournoutos, Nikolaos 12_6_552 Kozuka, Shihori 7_1_120 Kozupa, Michal 6_2_261 Krebs, Ingo 13_7_913 Ku, Garam13_7_376 Ku, Garam 9_2_93 Kuang, Kunying 17_6_494 Kun, Janos 17_8_495 Kun, Janos 12_1_744 Kung, Fan-Jie 12_7_223 Kuo, Shu-Fen 5_9_983 Kurosaka, Yumi 5_9_1005 Kurosaka, Yumi 1_4_788 Kusaka, Midori 5_5_820 Kusno, Asniawaty 3_6_741 Kusuda, Shinya 15_4_381 Kuzuta, Masahito 2_4_172 Kwak, Moon K. 6_1_969 Kwon, Hyerin 12_6_582 Kwon, Hyu-Sang

11_6_188 Lacey, Jordan 8_6_613 Lachmann, Thomas7_6_635 Lagö, Thomas 4_4_333 Lai, Chi-ting, Jamie6_6_165 Lai, Qing-Ren 2_5_81 Lai, Siu-Kai 5_4_97 Lai, Siu-Kai 2_1_679 Lam, Bhan 11_1_176 Lam, Bhan 11_2_450 Lam, Bhan 11_9_1017 Lam, Bhan 6_6_442 Lam, Garret C. Y. 1_3_330 Lam, Garret C.Y. 1_3_330 Lam, Racer K.H. 1_5_952 Landini, Lucas 14_6_222 Langer, Sabine C. 17_6_859 Langley, Robin S. 14_10_632 Lanslots, Jeroen 17_1_770 Lao, Xingsheng 11_1_176 Lau, Siu-Kit 11_1_794 Lau, Siu-Kit 17_1_203 Lau, Siu-Kit 1_2_935 Laura Lourenço de Sousa11_1_176 Lavandier, Catherine 11_1_948 Lavia, Lisa 11_10_134 Lavia, Lisa 1_7_535 Lawanwadeekul, Siwat 14_7_416 Lédée, Fabienne Anfosso 7_2_491 Ledenev, Vladimir 8_1_197 Lee, Byungkwon 2_5_186 Lee, Chang Kyun4_4_333 Lee, Chee-kwan5_1_761 Lee, CK 6_3_430 Lee, Christopher8_4_361 Lee, Dooho2_5_186 Lee, EunHo18_6_543 Lee, Gyeong-Tae18_6_245 Lee, Gyeong-Tae 14_7_457 Lee, HwaJin4_2_640 Lee, Hye Mi1_2_179 Lee, Hyeong Rae 9_2_488 Lee, Hyojin

81

18_7_530 Lee, Hyun14_1_297 Lee, Hyun Ku14_1_311 Lee, Hyun Ku14_4_301 Lee, Hyun Ku18_6_406 Lee, Ikjin3_4_515 Lee, Incheol6_5_524 Lee, Incheol 6_5_747 Lee, Incheol 17_2_474 Lee, Jae Yeon17_2_534 Lee, Jae Yeon14_7_806 Lee, Jae-Eung2_3_229 Lee, Jaseung14_4_301 Lee, Jong Bum1_2_542 Lee, Joong Seok 1_3_816 Lee, Joong Seok 4_9_930 Lee, Joonhee 2_1_351 Lee, Ju-Cheol1_2_179 Lee, Jung Wook 15_8_358 Lee, Jun-Heon18_6_1020 Lee, Ki Yong17_5_305 Lee, Ki-Ho 14_3_886 Lee, Kwon-Gi14_4_344 Lee, Moon Seok11_10_693 Lee, Pyoung-Jik4_10_383 Lee, Rudolf Y.C. 14_1_454 Lee, Sang Kwon14_7_457 Lee, SangKwon6_1_969 Lee, Sangheon14_3_886 Lee, Sang-Heon2_5_186 Lee, SangJeung2_1_351 Lee, Sang-Woo1_3_639 Lee, Seong-Jin6_6_242 Lee, Seongkyu 14_6_685 Lee, Seung18_2_659 Lee, Seungchul18_2_678 Lee, Seungchul18_3_660 Lee, Seungchul18_4_666 Lee, Seungchul18_4_656 Lee, Seungchul 18_7_393 Lee, Seungchul17_1_203 Lee, Siew Eang 14_4_221 Lee, Sock Kyu6_1_969 Lee, Songjune14_3_570 Lee, Songjune14_3_886 Lee, Song-June

4_3_364 Lee, Songmi4_3_914 Lee, Songmi4_8_362 Lee, Songmi4_11_893 Lee, Songmi18_2_678 Lee, Soo Young18_3_660 Lee, Soo Young18_4_666 Lee, Soo Young18_2_659 Lee, Soo Young 12_2_998 Lee, Sung Q18_7_443 Lee, Won June14_8_1022 Lee, Young-Sup4_6_828 Lei, Mingzhun 4_9_257 Lejon, Anna Karlsson 14_7_416 Lelong, Joël 5_1_761 Leong, Karen 4_1_317 Lesoinne, Stéphane 5_4_97 Leu, Shao-Yuan 6_6_442 Leung, Randolph C. K. 1_3_330 Leung, Randolph C.K. 14_7_216 Leung, Randolph Chi Kin 12_2_514 Li, Cong14_7_216 Li, Dong Fang 9_3_800 Li, Jian 9_3_850 Li, Jian 6_2_736 Li, Jiawen 4_6_828 Li, Jiazhu 11_6_463 Li, Jing17_11_288 Li, Jingru 11_4_248 Li, Lei 6_2_96 Li, Lin 1_4_518 Li, Mengzhu 11_5_548 Li, Qi 4_4_598 Li, Shang 13_4_258 Li, Sheng 17_9_269 Li, Sheng 11_6_566 Li, Tian 13_8_183 Li, Tianyun 8_8_451 Li, Wei 13_6_710 Li, Wencheng 17_6_501 Li, Wencheng 1_5_796 Li, Xianhui1_5_907 Li, Xianhui1_1_775 Li, Xianhui 1_1_808 Li, Xianhui 1_1_830 Li, Xianhui

82

M

4_4_650 Li, Xiaolong 12_5_604 Li, Xuan 12_7_608 Li, Xuan 13_8_368 Li, Yao 2_5_81 Li, Yuguo 17_2_267 Liang, Haoming 12_1_860 Liang, Jiangnan 12_1_861 Liang, Jiangnan 9_4_410 Liang, Linda 6_6_165 Liang, Yong 18_3_615 Liebetrau, Judith 9_4_719 Liebl, Andreas 14_8_1022 Lim, Chasub12_8_999 Lim, Hyun3_1_327 Lim, Sang Bong17_1_681 Lim, Sung Gu6_5_524 Lin, Dakai 6_5_747 Lin, Dakai 10_1_651 Lin, Wei 13_4_258 Lin, Wei 10_1_651 Lin, Yu Chang 10_6_475 Lin, Zhibin 6_2_261 Linke, Berend 4_3_1007 Liravi, Hassan 15_5_782 Liravi, Hassan 15_5_931 Liravi, Hassan 11_6_463 Liu, Aili11_8_246 Liu, Aili12_7_247 Liu, Aili6_6_242 Liu, Chen 13_4_258 Liu, Chengpeng 12_6_92 Liu, Fengqi 2_1_520 Liu, Jacob Chia-chun 17_9_269 Liu, Jiang 11_6_862 Liu, Jingrong 4_6_407 Liu, Jinyu 14_1_82 Liu, Ming 12_5_70 Liu, Nan 3_4_515 Liu, Peiqing 1_5_471 Liu, Qian 6_6_293 Liu, Qian 9_2_653 Liu, Ruixue12_6_804 Liu, Wenzhang 14_7_277 Liu, Xiandong 14_7_292 Liu, Xiandong

17_2_267 Liu, Xiandong1_1_215 Liu, Xiang 12_5_604 Liu, Xiaoling 12_7_608 Liu, Xiaoling 2_1_527 Liu, Yangfan 12_2_462 Liu, Yifan 13_2_941 Liu, Yong 13_7_397 Liu, Yongwei 13_7_400 Liu, Yongwei12_5_549 Liu, Zhangyi 1_5_952 Lizaso, Georgina 9_1_401 Lobato, Thiago 10_6_402 Lobato, Thiago Henrique Gomes 12_7_957 Lomte, Amulya 4_9_898 Lori, Valter 1_4_518 Lou, Huading 4_3_729 LoVerde, John 4_6_698 LoVerde, John 4_6_727 LoVerde, John 13_8_368 Lu, Chenxiang 13_8_440 Lu, Chenxiang2_3_208 Lu, Jing 2_3_295 Lu, Jing 4_4_594 Lu, Peng 17_2_827 Lu, Yang 1_3_759 Luana Georgiana Stoica4_8_768 Lúcio, Mª Manuela J. R. 12_5_769 Lúcio, Mª Manuela J. R. 4_9_818 Luigi, Maffei 2_3_127 Luo, Lei 9_2_93 Luo, Rongkang 12_6_526 Luo, Xinwei 12_6_529 Luo, Xinwei 12_6_557 Luo, Xinwei 15_7_993 Luo, Xinwei 1_5_867 Luo, Zhiming 4_5_831 Lux, Christian 4_5_904 Lux, Christian 5_2_892 Luzzi, Sergio 2_1_694 Lv Lianghao

11_6_721 Ma Alsina-Pagès, Rosa 2_1_694 Ma Zhongcheng

83

12_6_804 Ma Zhongcheng 14_1_82 Ma, Chao 12_8_437 Ma, Dengyong 1_4_670 Ma, Deshu 6_4_139 Ma, Hongyu11_9_508 Ma, Hui 17_2_214 Ma, Li 1_2_542 Ma, Pyung Sik 13_6_219 Ma, Xinxing 17_7_379 Ma, Xinxing 7_3_675 Ma, Yiming 1_3_967 Machado, Marcela Rodrigues 2_5_822 Machado, Marcela Rodrigues 5_3_801 Machado, Maria Aparecida A. M. 9_2_320 Maezono, Hazuki 9_3_389 Maffei, Luigi 9_3_800 Maffei, Luigi 9_3_850 Maffei, Luigi 11_8_262 Maffei, Luigi 11_8_814 Maffei, Luigi 4_3_737 Mahn, Jeffrey 4_3_738 Mahn, Jeffrey 5_9_473 Makino, Koichi 9_2_507 Makino, Koichi 2_1_306 Makiyama, Yusuke 10_3_947 Makwana, Bharatkumar 11_6_721 Mallol, Roger 18_1_990 Malvermi, Raffaele 6_3_430 Mann, Adrien 14_1_156 Manoj, K V 11_9_485 Manola, Thea 11_1_176 Manzano, Jerónimo Vida 6_2_96 Mao, Luqin 17_3_200 Mao, Qibo 6_3_335 Mao, Zhaoyong 1_1_912 Mareze, Paulo 12_7_1006 Mareze, Paulo Henrique 12_9_700 Mari, Ueda 1_2_924 Marialuisa Napolitano9_4_719 Martin, Noemi 11_5_973 Martins, Arthur Douglas Silva 11_8_944 Martins, Arthur Douglas Silva 9_4_669 Martinson, Karolina 11_5_433 Martokusumo, Widjaja4_5_902 Marzi, Arianna

8_9_909 Marzi, Arianna 9_4_795 Masuda, Hinako 4_9_818 Masullo, Massimilano 9_3_1012 Masullo, Massimilano 9_3_389 Masullo, Massimiliano 9_3_800 Masullo, Massimiliano 9_3_850 Masullo, Massimiliano 11_8_262 Masullo, Massimiliano 11_8_814 Masullo, Massimiliano 9_2_320 Matsui, Takanori17_11_234 Matten, Gael 12_5_414 Matthiesen, Sven 7_1_120 Matys, Magdalena 1_4_762 Maury, Cédric 6_1_763 Maury, Cédric 5_5_820 Mberu, Yuliana B. 14_2_418 Mebarek, Lassen 5_5_820 Mediastika, Christina E. 11_10_249 Mediastika, Christina E. 17_6_859 Meggitt, Joshua W. R. 9_4_765 Mei, Yongchang 4_8_1016 Melo, Viviane S.G. 12_5_849 Mendes, Paulo Amado 5_2_928 Meneses, Tamáris da Costa Brasileiro 2_1_611 Meng, Fanyu 4_4_594 Meng, Lianghu 11_5_377 Meng, Qi 11_9_392 Meng, Qi 7_2_491 Merkusheva, Nataliya 16_2_779 Metzker, Luiza Silva 12_2_569 Meyer, Andy 6_1_140 Miao, Tiancheng 12_6_141 Miao, Tiancheng

4_4_510Michalski, Ranny Loureiro Xavier Nascimento

2_1_128 Mikuláš, Erik 16_2_409 Milo, Dejan 1_4_518 Min, Hequn 4_7_467 Min, Hequn 4_8_448 Min, Hequn 17_8_101 Mironov, Mikhail A. 14_1_695 Miskin, Atul R 14_1_696 Miskin, Atul R 14_2_386 Miskin, Atul R 14_7_695 Miskin, Atul R

84

2_1_354 Mitsutaka Nemoto14_6_685 Mo, Hyung-kyu12_6_384 Moeck, Steffen 8_6_613 Möhler, Ulrich 4_3_426 Möller, Konstantin 4_2_972 Monteiro, Carolina 5_3_801 Montilha, Alexandre A. P. 17_6_859 Moorhouse, Andy T. 16_2_836 Moraga, Pedro Atanasio

5_9_927Morais, Juliana Magna da Silva Costa

5_3_801 Morata , Thais C. 8_3_809 Morata, Thais C. 8_7_731 Morihara, Takashi 5_10_832 Morillas, Juan Miguel Barrigón 11_4_833 Morillas, Juan Miguel Barrigón 16_2_836 Morillas, Juan Miguel Barrigón 9_2_507 Morinaga, Makoto3_5_730 Morinaga, Makoto 8_1_686 Morinaga, Makoto 8_7_731 Morinaga, Makoto 1_6_955 Morzyński, Leszek 16_1_108 Moura, Luís Renato11_5_979 Mourthé, Victor Valadares 12_8_437 Mu, Yongsheng 9_4_719 Mueller, Benjamin Johannes 4_3_738 Mueller-Trapet, Markus4_3_737 Mueller-Trapet, Markus 4_3_426 Müller-Trapet, Markus 14_1_145 Mungara, Hari Krishna 14_1_156 Mungara, Hari Krishna 14_1_695 Mungara, Hari Krishna 14_1_696 Mungara, Hari Krishna 14_2_386 Mungara, Hari Krishna 14_7_695 Mungara, Hari Krishna 4_3_882 Murakami, Tsuyoshi 16_2_1008 Murphy, Enda 5_5_820 Mustika, NW Meidayanti 2_3_304 Muto, Kenji 4_8_900 Muto, Yasuto

N17_1_884 Na, Sungsoo11_1_176 Nagahata, Koji

11_1_251 Nagahata, Koji 17_1_279 Nagashima, Yuya 4_2_855 Nagore, Iñaki 1_5_943 Naidu, B Somi14_10_564 Naka, Kiichi 8_3_586 Nakagawa, Seiji 8_4_572 Nakagawa, Seiji 8_4_592 Nakagawa, Seiji 9_2_625 Nakagawa, Seiji 9_2_625 Nakajima, Haruki 12_9_699 Nakamura, Kentaro 12_6_552 Nakamura, Tomohiko 11_1_887 Nakaya, Masafumi 12_5_342 Nakayama, Masato 12_8_341 Nakayama, Masato 12_9_338 Nakayama, Masato 18_6_334 Nam, Hyeonuk 14_4_170 Nam, Kyoung Uk 14_1_187 Nam, Kyoung-Uk7_3_588 Namatame, Takumi 14_1_589 Nan, Zequn 3_6_741 Naruse, Hiroki 4_7_505 Nepomuceno, José Augusto 17_6_553 Nerse, Can 7_2_491 Nevenchannaya, Tatyana 1_5_867 Newman, Katya 1_3_330 Ng, Leo M.T. 6_1_129 Nguyen, Anh Tuan 3_5_730 Nguyen, Thu Lan 8_7_731 Nguyen, Thu Lan 11_1_176 Nguyen, Thu Lan 11_9_925 Nguyen, Thu Lan 16_4_468 Nicodeme, Christophe 18_6_543 Nielsen, Daniel Gert 1_5_725 Nilsson, Erling 1_7_493 Nilsson, Erling 12_5_342 Nishiura, Takanobu 12_8_340 Nishiura, Takanobu 12_8_341 Nishiura, Takanobu 12_8_343 Nishiura, Takanobu 12_9_338 Nishiura, Takanobu 4_6_687 Nitta, Ryuma 2_3_208 Niu, Feng

85

9_1_677 Nizami, Lance 1_7_493 Nolan, Mélanie 1_7_772 Nolan, Mélanie 15_5_793 Noori, Behshad 8_5_786 Notbohm, Gerd 8_1_852 Notley, Hilary 1_3_503 Noureddine Atalla7_4_126 Nowak, Dariusz 4_8_254 Nowicka, Elzbieta 9_2_320 Nozaki, Kazunori 4_10_767 Nuhait, Abdullah 4_5_831 Nusser, Bernd 4_5_904 Nusser, Bernd

O14_4_612 O’Boy, Dan J.11_1_176 Oberman, Tin 10_1_651 Oeda, Yoshinao 9_2_429 Oetjen, Arne 14_6_171 Oh, Chi Sung14_8_167 Oh, Chisung3_5_870 Oh, Sung Yeoul1_3_469 Oh, Tae Seok 1_3_816 Oh, Yubin 3_6_741 Oinuma, Hideshi 1_7_535 Okamoto, Noriko 4_8_609 Okamoto, Noriko 4_8_713 Okamoto, Noriko 4_8_714 Okamoto, Noriko 4_3_790 Okaniwa, Takuya 1_4_788 Okuzono, Takeshi 4_1_805 Okuzono, Takeshi 1_1_926 Ola Khaleel18_1_990 Olivieri, Marco 14_10_632 Oltarzewska, Agnieszka 11_1_176 Ong, Zhen-Ting 11_2_450 Ong, Zhen-Ting 11_9_1017 Ong, Zhen-Ting Ong

4_9_934 Ono, Rosaria 3_6_741 Ooba, Yoshinori 11_9_1017 Ooi, Kenneth 11_6_721 Orga, Ferran 5_9_983 Oshima, Takuya 5_9_1005 Oshima, Takuya 4_8_900 Osumi, Ayumu 8_3_586 Otsuka, Sho 8_4_572 Otsuka, Sho 8_4_592 Otsuka, Sho 9_2_625 Otsuka, Sho 1_7_535 Otsuru, Toru 4_8_609 Otsuru, Toru 4_8_713 Otsuru, Toru 4_8_714 Otsuru, Toru 17_11_234 Ouisse, Morvan 8_5_958 Özyurt, Zeynep Bora

P12_7_954 Padilla, Camilo 1_3_503 Padois, Thomas 6_2_760 Paletta, Nicola 9_3_850 Palmieri, Alice 12_2_192 Pan, Xingjian 1_3_503 Panneton, Raymond1_3_962 Panneton, Raymond 1_3_759 Paola Gori2_1_937 Paolucci, Libero 14_5_716 Papaioannou, Athanasios 17_6_920 Parente, Cecília Mont’Alverne12_4_834 Parikesit, Gea Oswah Fatah 18_7_1013 Park, Beom Hoon6_2_894 Park, Byung Il 17_1_815 Park, Chan IL 4_8_757 Park, Chan-Jae10_7_607 Park, Dong Chul14_1_187 Park, Hansol14_4_175 Park, Hansol12_2_998 Park, Hyung-Min13_7_376 Park, Ilryong

86

3_5_870 Park, Jae Sik1_2_265 Park, Jang-Seok 4_7_516 Park, Jin O 1_2_542 Park, Jun Hyeong 6_1_112 Park, Junhong18_7_530 Park, Junhong18_7_531 Park, JunHong18_7_443 Park, Junhong 2_1_351 Park, Kang-Ho12_2_998 Park, Kang-Ho18_7_1013 Park, Kwan Kyu12_8_298 Park, Munhum17_1_300 Park, Munhum 2_1_144 Park, No-Cheol2_5_186 Park, No-Cheol8_7_992 Park, Sang Hee12_2_998 Park, Sang Hun3_5_870 Park, Sang Kyu 2_1_310 Park, Sangkyu3_1_327 Park, Sangkyu2_1_144 Park, Sangwon 17_2_534 Park, Seongmin2_1_351 Park, Seung-Hoon4_2_640 Park, Sung Ho16_2_349 Park, Sung Yong18_2_211 Park, Sunhwa1_3_408 Park, Sunhwa 15_8_358 Park, Uyeup16_2_349 Park, Won-Hyung18_6_543 Park, Yong-Hwa18_6_245 Park, Yong-Hwa 18_6_334 Park, Yong-Hwa 18_6_439 Park, Yong-Hwa 4_3_353 Park, Young Min16_2_349 Park, Young Min2_1_291 Park, Youngjin2_1_347 Park, Youngjin8_4_361 Park, Youn-Young18_3_178 Park, Yun Seol 14_1_695 Parmar, Azan M14_1_696 Parmar, Azan M14_1_145 Parmar, Azan M14_2_386 Parmar, Azan M14_7_695 Parmar, Azan M

9_3_389 Pascale, Aniello 9_3_850 Pascale, Aniello 9_3_1012 Pascale, Aniello 1_1_950 Passaro, Jessica 12_5_849 Pastor, Javier Redondo 4_2_847 Patrício, Jorge 1_2_935 Paulo Amado Mendes5_12_470 Paulraj, Thileepan 17_1_203 Pavić, Goran 8_3_844 Pawlaczyk-Łuszczyńska, Małgorzata 8_3_845 Pawlaczyk-Łuszczyńska, Małgorzata 8_3_846 Pawlaczyk-Łuszczyńska, Małgorzata 8_3_917 Pawlaczyk-Łuszczyńska, Małgorzata 11_1_948 Payne, Sarah R. 9_4_765 Peng, Jianxin 12_6_141 Peng, Xirui 13_8_162 Peng, Xirui 1_2_935 Pereira, Luís 4_2_855 Pérez, David 11_4_833 Pérez-González, Javier 11_9_485 Perez-Munoz, Antoine 7_6_635 Persson, Bertil 1_7_263 Peskens, Mallory 17_4_995 Pesso, Tommaso 14_1_589 Petersen, Manuel 5_9_1011 Petreski, Zlatko 12_5_918 Petrolli, Rinaldi 1_5_952 Petrosino, Jorge 18_1_990 Pezzoli, Mirco 18_1_991 Pezzoli, Mirco17_4_995 Piazza, Tommaso 5_2_856 Pierrard, Juan Frías 1_1_202 Pingjian Ming5_9_927 Pinto, Ana Beatriz 4_7_956 Pinto, Nicola 1_3_503 Pires, Louis 11_10_848 Pitone, Rebecca Romeo 2_3_722 Plewe, Daniel 11_5_433 Poerbo, Heru Wibowo11_5_483 Polack, Jean-Dominique 11_9_485 Polack, Jean-Dominique 4_10_811 Puyana-Romero, Virginia14_4_175 Pyo, Hee Soo

87

Q6_3_217 Qi, Kai 15_3_513 Qian, Dingwei 9_2_93 Qian, Kun 9_2_653 Qian, Kun 12_2_375 Qian, Wang 6_4_163 Qiang, Gong6_2_96 Qiao, Weiyang 12_5_704 Qing, Haitao 6_3_938 Qiu, Changlin 6_4_929 Qiu, Changlin 17_2_181 Qiu, Jinhao 17_2_827 Qiu, Jinhao 11_6_862 Qiu, Ling 11_6_863 Qiu, Ling 4_4_857 Qiu, Tian 1_3_764 Qiu, Xiaojun 1_5_332 Qiu, Xiaojun 2_1_434 Qiu, Xiaojun 2_1_520 Qiu, Xiaojun 2_1_895 Qiu, Xiaojun2_3_295 Qiu, Xiaojun

11_1_794 Radicchi, Antonella 11_10_134 Radicchi, Antonella 5_4_838 Radosz, Jan 17_1_345 Rahaman, Ashiqur 18_4_321 Rahaman, Ashiqur 5_5_820 Rahman, Akbar 5_8_997 Rahman, Zulfi Aulia 4_10_810 Raj, Manish 17_10_489 Ramesh, Ananthapadmanabhan1_1_912 Ramos, Denilson 12_8_283 Rao, Dan 14_2_386 Rao, Raghavendra 9_3_850 Rapuano, Mariachiara

R

4_2_903 Rasmussen, Birgit 4_2_987 Rasmussen, Birgit 4_6_949 Reddi, Chintapalli V S N 4_6_839 Reddi, Chintapalli V S N 10_6_645 Ren, Chao 1_5_867 Ren, Liyun 11_5_548 Ren, Xinxin 4_11_853 Renz, Tobias 8_3_854 Renz, Tobias 16_2_1008 Rice, Henry12_9_700 Riku, Kiriyama 12_9_700 Rikuo, Harada 14_3_886 Rim, Sung-Nam 12_8_707 Roden, Reinhild 15_5_793 Romeu, Jordi 15_5_931 Romeu, Jordi 8_2_1018 Röösli, Martin 3_5_624 Roque, Ana 3_5_624 Rosão, Vitor 4_9_818 Rossana, Pellegrino 9_2_429 Rottengruber, Hermann 9_3_389 Ruggiero, Gennaro 9_3_850 Ruggiero, Gennaro 9_3_850 Ruotolo, Francesco 1_3_419 Ryoo, Hyeonbin 2_3_229 Ryu, Homin4_3_364 Ryu, Jongkwan4_3_914 Ryu, Jongkwan4_8_362 Ryu, Jongkwan4_11_893 Ryu, Jongkwan6_2_894 Ryu, Seo Yoon 6_6_825 Ryu, Seo-yoon6_3_817 Ryu, Seo-yoon14_8_1022 Ryu, Seokhoon

S1_1_951 S R Viswanath Mantha1_1_951 S R Viswanath Mantha2_1_355 Sachau, Delf 2_4_638 Sachau, Delf 2_4_682 Sachau, Delf 12_5_356 Sachau, Delf 17_11_234 Sadoulet-Reboul, Emeline 11_3_85 Şahin, Zekiye

88

2_5_581 Saito, Akira 7_3_588 Saito, Akira 1_4_788 Sakagami, Kimihiro4_1_805 Sakagami, Kimihiro 1_7_535 Sakamoto, Noriaki 9_2_488 Sakamoto, Shinichi 1_5_466 Sakuma, Tetsuya 4_6_407 Sakuma, Tetsuya 4_6_803 Sakuma, Tetsuya 4_2_855 San Martin, Ricardo 18_6_456 Sánchez-Dehesa, José 14_7_637 Sandberg, Ulf 14_7_749 Sandberg, Ulf 12_5_356 Sandner, Michael 5_4_106 Sanghani, Himanshu 17_11_826 Sangiuliano, Luca 4_9_723 Sanjinez, Monica 4_2_963 Santoni, Andrea 4_6_953 Santoni, Andrea 11_5_973 Saraiva, Ellen Dyanne Caetano 18_1_990 Sarti, Augusto 18_1_991 Sarti, Augusto 12_6_552 Saruwatari, Hiroshi 11_5_433 Sarwono, Joko4_8_498 Sarwono, Joko 11_1_176 Sarwono, Joko 11_3_497 SARWONO, Joko 11_5_227 Sarwono, Joko 5_8_997 Sarwono, R Sugeng Joko 8_7_731 Sasazawa, Yosiaki 4_3_737 Sato, Hiroshi 4_3_738 Sato, Hiroshi 14_6_133 Sato, Yoshihiro 16_2_409 Saurer, Tina 12_9_338 Sayama, Shiori 4_2_963 Scamoni, Fabio 8_9_901 Scavuzzo, Giuseppina 4_8_387 Schaal, Jochen 14_7_413 Schlatter, Felix 8_5_786 Schmook, Renate 9_2_429 Schneider, Sebastian 4_5_904 Schober, Peter 11_1_176 Schulte-Fortkamp, Brigitte 11_1_866 Schulte-Fortkamp, Brigitte

4_6_727 Schulze, Peter 4_2_963 Secchi, Simone 12_6_384 Seitz, Steffen 4_2_963 Semprini, Giovanni 6_1_969 Seo, Changman 11_9_255 Seo, Rosa6_3_817 Seo, Seongjin 6_6_825 Seo, Seongjin 13_7_376 Seol, Hanshin13_7_913 Seol, Hanshin 4_9_898 Serpilli, Fabio 14_4_612 Shaan, Sanjeev 4_6_698 Shafer, Benjamin 14_7_277 Shan, Yingchun 14_7_292 Shan, Yingchun 13_7_397 Shang, Dejiang 13_7_400 Shang, Dejiang 2_1_576 Shangshuai Jia17_1_102 Shanin, Andrey 17_1_103 Shanin, Andrey 17_8_101 Shanin, Andrey 12_4_322 Shao, Jianwang 17_8_1014 Shao, Jianwang 1_3_764 Sharafkhani, Naser 12_7_957 Sharma, Bhisham 1_1_951 Sharnappa Joladarashi4_2_90 Shearer, Douglas 6_3_938 Shen, Du 6_4_929 Shen, Du 12_5_549 Shen, Li 2_1_679 Shen, Xiaoyi 12_6_526 Shen, Zihan 15_7_680 Sheng, Xiaozhen 3_5_778 Shepperd, Jack 12_1_860 Shi, Chuang 12_1_861 Shi, Chuang 2_1_679 Shi, Dongyuan 2_1_706 Shi, Dongyuan 13_7_158 Shi, Shuaikang 12_8_341 Shimada, Naoto 15_4_381 Shimizu, Yasuhiro 12_5_342 Shimokata, Makoto

4_4_510Shimomura, Alessandra Rodrigues Prata

12_6_582 Shin, Dong-Jun

89

3_5_870 Shin, Hong Woo 8_7_992 Shin, Hye Kyung18_2_211 Shin, Mijeong1_3_408 Shin, Mijeong 14_3_886 Shin, Seong-Ryong 9_2_360 Shin, Sung Hwan10_6_665 Shin, Sung-Hwan1_2_654 Shin, Yujin8_3_586 Shinobu, Taishi 3_5_502 Shinohara, Naoaki 3_5_545 Shinohara, Naoaki 12_8_343 Shoda, Chiharu 12_2_375 Shu, Yue 7_2_491 Shubin, Igor 1_5_982 Shuichi Sakamoto1_5_982 Shunsuke Unai8_5_786 Siegmann, Silvester 11_1_176 Silva, Enrique Suárez 14_8_720 Silva, Yuri Adson Ribeiro 4_6_780 Simmons, Christian 8_1_852 Simon, Sendrick 7_4_126 Sitar, Robert 5_8_997 Sitorus, Nico Saut Gabriel 3_5_873 Slaboch, Paul E. 8_3_917 Sliwinska-Kowalska, Mariola 17_6_908 Soares, Delfim Júnior11_5_979 Soares, Márcia Maria 4_8_923 Soares, Murilo C. 5_1_325 Soeta, Yoshiharu 17_6_908 Sofiste, Tales Vieira 13_10_441 Sohn, Hawsun7_2_626 Sohn, Jeong-Hyun 5_4_851 Sohrabi, Shahin 4_6_949 Somi, Naidu, B 17_3_465 Son, Donghun4_7_467 Song, Chen 4_6_412 Song, Gug-Gon 4_3_364 Song, Hansol4_3_914 Song, Hansol4_8_362 Song, Hansol4_11_893 Song, Hansol14_8_720 Song, Jinxiang 4_3_364 Song, Minjeong4_3_568 Song, Ruixiang

5_9_308 Song, Ruixiang 10_7_607 Song, Wookeun3_4_515 Song, Xiao 6_3_115 Song, Xiaoji 17_3_287 Song, Yubao6_6_165 Song, Yu-Bao 9_1_401 Sottek, Roland 10_6_402 Sottek, Roland 10_2_241 Speaks, Hannah 8_6_613 Spilski, Jan 16_4_468 Strigari, Fabio 12_5_414 Sturm, Carolin 13_7_158 Su, Zhiwei 5_10_832 Suárez, Enrique 11_1_176 Sudarsono, Anugrah 5_5_820 Sudarsono, Anugrah S. 11_10_249 Sudarsono, Anugrah S. 4_8_498 Sudarsono, Anugrah Sabdono 11_3_497 SUDARSONO, Anugrah Sabdono 11_5_227 Sudarsono, Anugrah Sabdono15_4_381 Sueki, Takeshi 4_6_687 Sugie, Satoshi 6_3_430 Sugiyama, Zen 10_6_237 Sun, Beibei 12_5_236 Sun, Beibei 9_2_93 Sun, Dengke 9_2_653 Sun, Dengke 8_1_197 Sun, Hyosung 5_4_97 Sun, Jian-Qiao 5_4_556 Sun, Jiarong 18_2_678 Sun, Kyung Ho9_2_653 Sun, Qiang 6_3_938 Sun, Qibin 13_6_138 Sun, Yangbin 3_4_515 Sun, Yifeng 17_10_489 Sundar, Sriram17_10_783 Sundar, Sriram 12_8_340 Suzuki, Hiromu 7_3_588 Suzuki, Tatsuya 8_4_572 Suzuki, Yuto 1_6_955 Świdziński, Adam 1_6_955 Szczepański, Grzegorz

T

90

U

2_5_581 Taguchi, Kiichi2_1_128 Takács, Gergely 9_2_320 Takada, Masayuki 9_2_446 Takada, Masayuki 10_1_651 Takada, Masayuki 1_5_982 Takamasa Satoh2_3_339 Takanobu Nishiura3_5_730 Takashi, Morihara3_5_730 Takashi, Yano1_5_982 Takunari Isobe14_2_646 Talbot, Alexis 11_1_868 Talebzadeh, Arezoo 18_4_666 Tama, Bayu Adhi 13_7_596 Tan, Hao 9_4_765 Tan, Jingyu 11_2_450 Tan, Yi Xian 4_3_882 Tanaka, Manabu 4_10_810 Tandon, Naresh 17_3_287 Tang, Daofeng11_6_463 Tang, Huimei17_2_522 Tang, Liling 4_4_650 Tang, Shiu-Keung 11_1_176 Tang, Shiu-Keung 2_1_284 Tang, Yu 14_10_564 Tanoue, Nobuaki 1_5_332 Tao, Jiancheng 2_1_207 Tao, Jiancheng 2_1_895 Tao, Jiancheng 11_6_566 Tao, JingWen 11_5_483 Taupin, Philippe 4_8_923 Tenenbaum, Roberto A. 12_5_67 Teng, Xiaoyan12_5_70 Teng, Xiaoyan 1_3_503 Tenon Charly Kone1_3_962 Tenon Charly Kone8_2_1018 Thomann, Georg 17_1_232 Tian, Linghua 2_1_355 Timmermann, Johannes 6_2_736 Timushev, Sergey 17_1_300 Toboonchuay, Kajornpop 5_10_832 Toledo, Camila Oyarzún 9_3_389 Toma, Roxana Adina

1_7_535 Tomiku, Reiji 4_8_609 Tomiku, Reiji 4_8_713 Tomiku, Reiji 4_8_714 Tomiku, Reiji 4_3_790 Tomita, Ryuta3_4_858 Tong, Fan 11_8_246 Tong, Kaicheng12_7_247 Tong, Kaicheng18_6_404 Torre, Javier Hernan Vazquez 11_10_134 Torresin, Simone 4_6_687 Toyoda, Emi 1_5_758 Trematerra, Amelia 4_7_824 Trematerra, Amelia 17_6_494 Treszkai, Marcell 11_9_485 Tribout, Silvère 3_5_730 Trieu, Bach Lien 8_7_731 Trieu, Bach Lien 11_9_925 Trieu, Bach Lien 4_4_333 Tsang, Sai-wing, Terence5_1_761 Tsang, Terence 5_1_761 Tse, Alvin 3_1_243 Tsuchiya, Takao 5_9_1005 Tsukahara, Masato 4_6_407 Tsukamoto, Yohei 7_2_491 Tsukernikov, Ilya 5_9_473 Tsutsumi, Takuya 12_7_223 Tu, Tsung-Hsien 17_6_494 Turcsik, Tamas 17_8_495 Turcsik, Tamas 10_6_691 Tuzel, Esra

15_6_294 Uda, Toki 15_6_336 Uda, Toki 12_9_699 Ueda, Mari 5_1_325 Ueda, Yasutaka 4_10_811 Umberto, Berardi 5_5_820 Utami, Sentagi S. 5_8_997 Utami, Sentagi Sesotya 11_9_708 Utami, Sentagi Sesotya

91

W

1_5_943 V S N Reddi Chintapalli1_3_945 V Simhachalam Naidu16_2_779 Valadares, Victor Mourthé 5_12_470 Välisuo, Petri 17_7_885 Van Belle, Lucas 11_1_868 Van de Velde, Dominique 8_3_600 Van den Berg, Frank 11_1_176 Van den Bosch, Kirsten 8_3_600 Van der Eerden, Frits 4_10_655 Van Dort, P 14_2_418 Van Hal, Willem 5_10_733 Van Hauwermeiren, Wout 9_2_320 Van Hirtum, Annemie 8_1_852 Van Kamp, Irene 8_1_852 Van Kempen, Elise 5_11_275 Van Renterghem, Timothy 4_8_95 Van Wijngaarden, Sander Jeroen 1_5_867 Vance, Fredrick 5_4_106 Vasdev, Eishita 10_3_947 Ved, Mihar 12_5_849 Veloso, Matheus Duarte 12_2_422 Verburg, Samuel A. 12_2_541 Verburg-Riezu, Samuel Arturo 9_2_429 Verhey, Jesko 5_11_275 Verheyen, Kris 12_8_146 Vigeant, Michelle C. 12_6_799 Villacorta, Juan J. 17_11_826 Villanueva, Matias Clasing 12_8_999 Vinceslas, Leny 3_1_363 Vinh Tung Le4_9_934 Vittorino, Fulvio 12_2_569 Vonrhein, Benjamin 6_5_123 Vorländer, Michael 2_1_128 Vríˇcan, Martin

15_6_336 Wakabayashi, Yusuke 8_2_1018 Walker, Urs12_8_378 Wallace, Daniel 14_4_285 Wang, Changwu 11_9_508 Wang, Chao

1_1_215 Wang, Chunqi6_3_938 Wang, Chunxu12_6_141 Wang, Congying7_5_668 Wang, Duyong1_1_775 Wang, Fang 1_1_808 Wang, Fang 1_1_830 Wang, Fang 1_5_796 Wang, Fang 4_9_577 Wang, Hong wei 1_3_479 Wang, Hongwei5_9_431 Wang, Hongwei 5_4_97 Wang, Jiamei 1_4_518 Wang, Jianhua 9_4_765 Wang, Jue 2_1_576 Wang, Jun 15_4_435 Wang, Liuchong 17_2_827 Wang, Ning 7_5_881 Wang, P. 6_4_139 Wang, Peng15_4_435 Wang, Ping 8_8_451 Wang, Qikun 8_8_1015 Wang, Qikun 1_3_539 Wang, Qing 2_3_229 Wang, Semyung1_3_449 Wang, Semyung 17_6_553 Wang, Semyung 2_1_520 Wang, Shuping 1_4_670 Wang, Xiaole 13_9_83 Wang, Xiaoyan 8_8_1015 Wang, Yan 11_6_566 Wang, YaoWu 17_3_287 Wang, Yong3_4_858 Wang, Yong 6_2_201 Wang, Yong 6_6_165 Wang, Yong 5_4_556 Wang, Zheming 1_3_278 Wang, Zhibo 4_6_185 Wang, Zong 14_7_277 Wang, Zongnan 14_7_292 Wang, Zongnan 17_2_267 Wang, Zongnan 2_1_354 Watanabe, Toru 9_4_795 Watson, Catherine I. 13_9_83 We, Yangjie

V

1_3_764 Wei, Dongbin13_2_941 Wei, Qiang8_2_590 Welkers, Dik 2_1_679 Wen, Shulin2_1_706 Wen, Shulin 13_1_210 Wen, Zixu 1_1_202 Wenping Zhang1_3_962 Wickramasinghe Viresh14_10_876 Wie, Seongyong 3_6_823 Wilson, Alexander 5_5_820 Winandari, MI Ririk 4_6_727 Winston, Matthew 12_7_957 Wojciechowski, Brittany 8_3_917 Wolniakowska, Anna 4_3_568 Wu, Dan 6_6_293 Wu, Han 6_6_425 Wu, Han 17_1_770 Wu, Jun 11_6_463 Wu, Lan14_1_82 Wu, Lie 2_1_225 Wu, Ming 2_1_233 Wu, Ming 9_2_93 Wu, Peibao 4_3_568 Wu, Qiong7_5_881 Wu, T. W. 12_4_322 Wu, Xian 17_8_1014 Wu, Xian 4_3_568 Wu, Yanan 4_3_568 Wu, Yubin 11_4_248 Wu, Yue 8_2_1018 Wunderli, Jean-Marc 5_2_856 Wunderlich, Priscila

92

X17_11_288 Xia, Maolong 7_5_668 Xia, Meng9_4_795 Xia, Shirley 6_2_96 Xiang, Kangshen 1_7_263 Xiang, Ning

12_2_204 Xiang, Ning 2_1_434 Xiao, Tong 12_6_92 Xiao, Wang 15_7_680 Xiao, Xinbiao12_8_146 Xie, Bosun 11_1_176 Xie, Hui 13_6_710 Xie, Kun 17_6_501 Xie, Kun 17_3_200 Xie, Ran 13_2_941 Xie, Zhiqiang 1_5_907 Xing, Tuo1_1_775 Xing, Tuo 1_1_808 Xing, Tuo 1_1_830 Xing, Tuo 1_5_796 Xing, Tuo 6_4_163 Xiong, Jishi4_9_577 Xiong, Wei 5_9_431 Xiong, Wei 1_1_830 Xiwen Guan7_5_668 Xu, Beibei1_4_670 Xu, Beibei 11_4_599 Xu, Hongpeng 4_8_448 Xu, Ke 5_4_556 Xu, Mingzhu 11_4_147 XU, Xiaoqing 8_8_451 Xu, Yanan 8_8_1015 Xu, Yanan 12_6_382 Xu, Yanan 12_2_462 Xu, Yinhai 10_6_237 Xue, Fei 12_5_236 Xue, Fei 14_4_285 Xue, Fei 2_1_576 Xue, Jinpei2_3_208 Xue, Jinpei

Y3_5_502 Yamada, Ichiro 9_2_320 Yamada, Tomomi 1_4_788 Yamaguchi, Daichi 14_10_564 Yamauchi, Katsuya 3_6_630 Yan, Li

93

6_3_938 Yan, Xiaojie1_1_1004 Yan, Xin 2_1_694 Yang, Baoshan12_6_804 Yang, Baoshan1_4_157 Yang, Cheng 6_1_250 Yang, Hyeon-Ho10_6_665 Yang, Jae-Ho5_9_308 Yang, Jie 2_1_225 Yang, Jun 2_1_233 Yang, Jun 1_5_907 Yang, Min11_1_916 Yang, Ming 1_4_670 Yang, Mingyue 3_1_327 Yang, Seunghyeon1_2_179 Yang, Sung Soo 1_3_278 Yang, Weiping 12_5_159 Yang, Weiping 6_1_112 Yang, Wonseok12_6_92 Yang, Wu 11_5_829 Yang, Xiaoyin 15_3_513 Yang, Xinwen 14_6_685 Yang, Yoon-sang1_3_539 Yang, Yunong 1_3_479 Yang, Yuqi17_11_1021 Yang, Zhiyu 8_1_686 Yano, Takashi 8_7_731 Yano, Takashi 15_7_680 Yao, Dan 17_2_181 Yao, Gang 12_6_92 Yao, Jianjun 12_6_382 Yao, Shuai 9_4_765 Yao, Yuhe 1_3_278 Yat Sze Choy8_5_191 Yazdanyar, Nina 12_8_437 Ye, Chao 6_3_115 Ye, Tiangui 17_1_232 Ye, Tiangui 17_6_116 Ye, Tiangui 17_10_783 Yella, Akash 11_10_259 Yi, Fashu 17_11_234 Yi, Kaijun 17_11_606 Yi, Xiaosu17_11_610 Yi, Xiaosu 11_3_85 Yılmazer, Semiha

11_3_86 Yılmazer, Semiha 4_10_383 Yim, Stephen Y.C. 12_6_582 Yim, Sung-Hwan3_6_270 Yo Murata8_1_686 Yokoshima, Shigenori 9_2_507 Yokoshima, Shigenori 5_9_473 Yokota, Takatoshi 9_2_507 Yokoyama, Sakae 9_2_488 Yonemura, Miki 14_1_297 Yoo, Dong Kyu14_1_311 Yoo, Dong Kyu14_4_301 Yoo, Dong Kyu14_8_1022 Yoo, Eunsuk12_5_704 Yoo, Hong Hee 7_2_626 Yoon, Moon-Cheol 17_1_884 Yoon, Seongho2_1_310 Yoon, Soungcheol17_1_884 Yoon, Taeyoung4_6_412 Yoon, Yong-Jin13_10_441 Yoon, Young Geul14_7_457 Yoon, YoungSam11_1_176 Yörükoğlu, Papatya Nur Dökmeci11_10_567 YÖRÜKOĞLU, Papatya Nur DÖKMECİ 4_1_805 Yoshida, Takumi 5_1_325 Yoshioka, Kiyoshi 2_3_339 Yoshioka, Marori 5_1_325 Yu Aida, Yutaka Onishi1_4_518 Yu Fu2_1_611 Yu, Anbo 9_4_410 Yu, Guangzheng 13_6_219 Yu, Haiting 2_5_81 Yu, Jerry Chik-Wai 1_3_449 Yu, Junmin 11_6_566 Yu, Lei 3_6_630 Yu, Liang 12_2_514 Yu, Liang 12_6_92 Yu, Mei 1_2_265 Yu, Min-Ji 12_6_382 Yu, Wenhui 1_3_296 Yu, Xiang 1_3_479 Yu, Xiu4_1_94 Yu, Yicheng 17_6_116 Yuan, Donghui 17_2_267 Yuan, Jiakai

94

3_6_823 Zaabar, Kamran 8_3_844 Zaborowski, Kamil 8_3_845 Zaborowski, Kamil 8_3_846 Zaborowski, Kamil 8_3_917 Zaborowski, Kamil 5_12_883 Zajamsek, Branko 8_3_844 Zamojska-Daniszewska, Małgorzat

a 8_3_845 Zamojska-Daniszewska, Małgorzat

a

8_3_846Zamojska-Daniszewska, Małgorzata

4_3_426 Zeitler, Berndt 4_4_802 Zekic, Suzana5_11_444 Zeng, Jian 17_8_1014 Zeng, Tao 13_8_368 Zeng, Xiangyang 13_8_440 Zeng, Xiangyang 1_1_202 Zhang Rui 1_1_775 Zhang, Bin 17_2_827 Zhang, Chao 10_6_645 Zhang, Haibin10_6_475 Zhang, Hang 17_3_287 Zhang, Hao2_1_284 Zhang, Hongwei 5_9_308 Zhang, Hougui15_7_680 Zhang, Jie14_8_193 Zhang, Jin5_4_556 Zhang, Jiping5_11_444 Zhang, Ke5_9_308 Zhang, Lijuan13_8_183 Zhang, Lin 15_7_993 Zhang, Ling 17_2_750 Zhang, Linli5_11_444 Zhang, Meng 12_6_557 Zhang, Ningjie1_5_332 Zhang, Pengju1_4_157 Zhang, Penglin 3_4_131 Zhang, Ronping 4_6_828 Zhang, Rui

Z

11_4_248 Zhang, Shanshan 13_8_183 Zhang, Tao 3_5_730 Zhang, Wei 11_9_925 Zhang, Wei 6_3_217 Zhang, Wenping 6_3_228 Zhang, Wenping 13_7_596 Zhang, Wenping 1_5_471 Zhang, Xin 6_6_293 Zhang, Xin 6_6_425 Zhang, Xin 4_4_594 Zhang, Xinyu 4_4_598 Zhang, Xinyu 6_3_217 Zhang, Xinyu 6_3_228 Zhang, Xinyu 17_11_288 Zhang, Yanbing 3_4_515 Zhang, Yingzhe 6_5_524 Zhang, Yingzhe 6_5_747 Zhang, Yingzhe 2_5_81 Zhang, Yiting 5_4_97 Zhang, Yiting 11_1_176 Zhang, Yuan 11_6_862 Zhang, Yuchen 2_1_225 Zhang, Zeqiang 13_6_219 Zhang, Zhenguo 17_7_379 Zhang, Zhenguo 7_5_668 Zhang, Zhengyao15_4_435 Zhao, Caiyou 3_4_131 Zhao, Kun 11_4_599 Zhao, Wei 14_7_292 Zhao, Wei 12_6_253 Zhao, Xiangtao 1_1_202 Zhao, Xiaochen 4_4_594 Zhao, Xiaochen 4_4_598 Zhao, Xiaochen 13_7_596 Zhao, Xiaochen 1_4_518 Zhao, Yuchen 15_3_513 Zhao, Zhang15_3_513 Zhao, Zhijun 12_4_322 Zheng, Songlin 6_2_201 Zheng, Xie 6_6_165 Zheng, Xie 4_6_828 Zhong, Chengping 2_1_434 Zhong, Jiaxin 12_7_247 Zhong, Jingle

13_8_331 Yue, Shu 14_7_457 Yum, KiHo

95

6_3_938 Zhong, Jize 6_4_929 Zhong, Jize17_6_116 Zhong, Saifeng 6_6_293 Zhong, Siyang6_6_425 Zhong, Siyang 2_1_576 Zhou, Chaohui 2_3_295 Zhou, Chaohui 1_5_471 Zhou, Guocheng 7_5_881 Zhou, H. 15_7_993 Zhou, Hao 12_8_437 Zhou, Jianming 6_3_938 Zhou, Yingdong 6_4_929 Zhou, Yingdong 13_9_83 Zhu, Chuanqi 11_9_508 Zhu, Guofeng 5_4_556 Zhu, Hong 9_4_765 Zhu, Jiecheng 1_4_670 Zhu, Jinyan 12_8_283 Zhu, Jun 12_6_804 Zhu, Lingguo 7_5_668 Zhu, Xiaojian1_4_670 Zhu, Xiaojian 14_1_82 Zhuang, HuiMin 2_1_527 Zhuang, Yongjie 9_4_669 Zieli´nski, Piotr 1_5_867 Zillig, Daniel 12_2_562 Zotter, Franz 2_1_207 Zou, Haishan 2_1_576 Zou, Haishan 2_3_295 Zou, Haishan 5_3_801 Zucki, Fernanda 6_2_201 Zuo, Kong-cheng

Proceedings of 2020 International Congress on Noise Control Engineering.

COPYRIGHT NOTICE and PUBLICATION INFORMATION

These Proceedings consist of technical articles from the INTER-NOISE 2020conference.

Title: Proceedings of 2020 International Congress on Noise Control Engineering

Short Title: INTER-NOISE 2020

Conference Date: 2020-8-23 ~ 2020-8-26

Conference Location: Seoul, Republic of Korea

Publication date: 2020-8-23

ISSN: 0105-175x

ISBN: 978-89-94021-36-2

Editors: Jeon, Jin Yong

Copyright: ©2020, The Korean Society of Noise and Vibration Engineering.

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This work is supported by the Korean Federation of Science and Technology Societies Grant funded by the Korean Government.

(Ministry of Education)

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