Conference Agenda

Overview and details of the sessions of this conference. Please select a date or location to show only sessions at that day or location. Please select a single session for detailed view (with abstracts and downloads if available).

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Session Overview
Date: Monday, 28/Aug/2017
13:00 - 15:00T4.6A: Noise reduction by improving building envelopes
Session Chair: Shiu-keung Tang
Session Chair: Fangsen Cui
S222-3 
 

Noise Reduction by Improving Building Envelopes - The Hong Kong Housing Authority Experience 2017

FUNG, Ada YS; HO, John HL; YIM, Stephen; CHIU, PK

Housing Department, Hong Kong S.A.R. (China)


Innovative Noise Mitigation Cover Design for Bus Terminus

FUNG, Ada Y S1; HUI, Alan B C2

1Hong Kong Housing Authority, Hong Kong S.A.R. (China); 2Hong Kong Housing Authority, Hong Kong S.A.R. (China)


Simulation based design for ventilation windows

Cui, Fangsen; Yu, Xiang; Zhang, Qide

Institute of High Performance Computing, A*STAR, Singapore


In-situ experiment and numerical analysis on an effect of noise shielding louvers attached on a building façade

Sakamoto, Shinichi1; Lee, Hyojin1; Ishii, Hisashi2; Katayama, Takashi3; Iwase, Shizuo3; Takahashi, Kenji3

1Institute of Industrial Science, The University of Tokyo, Japan; 2Advanced Technology Laboratory, Technology Research Division, LIXIL Corporation, Japan; 3Building materials business, Japan company, LIXIL corporation, Japan


Experimental studies of a sonic crystal window prototype

Lee, Hsiao Mun; Tan, Long Bin; Lim, Kian Meng; Lee, Heow Pueh

National University of Singapore, Singapore


Boundary Control of Sound Transmission into a Cavity through its opening

wang, kang1; wang, peng2; qiu, xiaojun3

1Key Laboratory of Modern Acoustics (MOE), Institute of Acoustics, Nanjing University, Nanjing, China; 2Key Laboratory of Modern Acoustics (MOE), Institute of Acoustics, Nanjing University, Nanjing, China; 3Centre for Audio, Acoustics and Vibration, Faculty of Engineering and IT, University of Technology Sydney, Sydney, Australia

 
15:40 - 18:40T7.8: Wind farm noise
Session Chair: Danielle Joy Moreau
Session Chair: Franck Bertagnolio
S222-3 
 

Wind turbine noise – German regulations and further research activities

Koerper, Steffen; Bauerdorff, Andrea

German Environment Agency, Germany


The Experimental Measurement and Prediction on Wind Turbine Noise

Tu, Tsung-Hsien1; Yu, Pei-Yao1; Chung, Chiou-Fong2; Tang, Wun-Yuan2; Chen, Ruei-Chi2

1Center for Measurement Standards, Industrial Technology Research Institute; 2Taiwan Power Research Institute, Taiwan Power Company


Subjective assessment of wind turbine noise at workplaces

Pleban, Dariusz

Central Institute for Labour Protection - National Research Institute, Poland


Annoyance to wind turbine noise – influence of different acoustical characteristics

Schäffer, Beat1; Pieren, Reto1; Schlittmeier, Sabine J.2; Brink, Mark3; Heutschi, Kurt1

1Empa, Swiss Federal Laboratories for Materials Science and Technology, Switzerland; 2HSD Hochschule Döpfer, Germany; 3Swiss Federal Office for the Environment, Switzerland


Cotton Farm Wind Farm long term community noise monitoring 4 years on: testing compliance and AM control methods.

Large, Sarah; Stigwood, Mike; Stigwood, Duncan

MAS Environmental, United Kingdom


A Temporal Wind Turbine Model for Low-Frequency Noise

Bertagnolio, Franck; Madsen, Helge Aagaard; Fischer, Andreas

Technical University of Denmark - DTU, Denmark


Wind turbine noise at neighbor dwellings, comparing calculations and measurements

Egedal, Rune; Søndergaard, Lars Sommer; Hansen, Morten Bording

DELTA - a part of FORCE Technology, Denmark


Effect of wind speed and wind direction on amplitude modulation of wind turbine noise

Paulraj, Thileepan; Välisuo, Petri

University of Vaasa, Finland


Automated wind turbine noise analysis by machine learning

Välisuo, Petri Olavi

University of Vaasa, Finland

 
Date: Tuesday, 29/Aug/2017
08:20 - 10:40T3.3A: Airport community noise
Session Chair: ICHIRO YAMADA
Session Chair: Idar Ludvig Nilsen Granøien
S222-3 
 

Research on the effect of the aircraft noise pollution on the noise environment

tokashiki, takeshi

university of the ryukyus, Japan


Analysis of the Influence of Aircraft Noise on Indoor Environment

Zhao, Yachen1; Zhang, Haichao2; Liu, Xiaoyang1; Yao, Xintao1; Zeng, Jian1

1Tianjin University, China, People's Republic of; 2Laiwu Planning Bureau


Aircraft sound quality as Pareto ranking criterion in multi-objective MDO

Iemma, Umberto; Centracchio, Francesco; Burghignoli, Lorenzo

Roma Tre University, Italy


Efforts for further airport function enhancement without increasing noise impact at Narita

Ogata, Saburo; Tamaki, Kazuya

Narita International Airport Corporation, Japan


Challenges and Potentials of Aircraft Noise Modeling using enhanced Aircraft Performance Parameters and Flight Deck Procedures

Struempfel, Christoph; Lehmann, Oliver

Technische Universtität Berlin, Germany


The sonAIR aircraft noise simulation tool

Wunderli, Jean Marc1; Zellmann, Christoph1; Köpfli, Micha2; Schwab, Olivier1; Schlatter, Felix1; Schäffer, Beat1

1Empa, Laboratory for Acoustics/Noise Control, Duebendorf, Switzerland; 2n-Sphere AG, Zuerich, Switzerland


Difference in airport noise calculation procedures between AERC Model and ECAC DOC.29

Nakazawa, Toshiyasu; Sugawara, Masayuki; Shinohara, Naoaki; Yamada, Ichiro

Airport Environment Improvement Foundation, Japan

 
13:00 - 15:20T3.3B: Airport community noise
Session Chair: ICHIRO YAMADA
Session Chair: Idar Ludvig Nilsen Granøien
S222-3 
 

Numerical study on lateral attenuation of aircraft noise by using the meteorological effect database developed in JAXA's DREAMS project - Part 1. Air-to-ground propagation

Ishii, Hirokazu1; Yokota, Takatoshi2; Makino, Koichi2; Matsumoto, Toshio2; Shinohara, Naoaki3

1Japan Aerospace Exploration Agency; 2Kobayasi Institute of Physical Research; 3Aviation Environment Research Center, Airport Environment Improvement Foundation


Numerical study on lateral attenuation of aircraft noise by using the meteorological effect database developed in JAXA's DREAMS project - Part 2. Ground-to-ground propagation

Yokota, Takatoshi1; Makino, Koichi1; Matsumoto, Toshio1; Ishii, Hirokazu2; Shinohara, Naoaki3

1Kobayasi Institute of Physical Research; 2Japan Aerospace Exploration Agency; 3Aviation Environment Research Center, Airport Environment Improvement Foundation


Experimental study of air-to-ground lateral attenuation using results of long-term noise monitoring at Narita airport

SHINOHARA, Naoaki1; HANAKA, Kazuyuki2; MAKINO, Koichi3; YAMAMOTO, Ippei4

1Aviation Environment Research Center, Airport Environment Improvement Foundation, Japan; 2Narita International Airport Promotion Foundation, Japan; 3Kobayasi Institute of Physical Research, Japan; 4Defense Facilities Environment Improvement Association, Japan


Changes in over-ground lateral attenuation determined from short-term measurements dependent on topographical conditions

HANAKA, kazuyuki1; SHINOHARA, Naoaki2; MAKINO, Koichi3; YAMAMOTO, Ippei4

1Narita International Airport Promotion Foundation, Japan; 2Aviation Environment Research Center, Airport Environment Improvement Foundation; 3Kobayasi Institute of Physical Research; 4Defense Facilities Environment Improvement Association


Sound Source Identification for unattended aircraft noise monitoring

Sakoda, Keishi; Shinohara, Keinji; Ozaki, Tetsuya; Satou, Naru

Rion Co., Ltd., Japan


A development of aircraft type identification system by convolutional neural networks using acoustic information

Mori, Junichi1; Morinaga, Makoto1; Yamamoto, Ippei1; Matsui, Takanori2

1Defense Facilities Environment Improvement Association, Japan; 2Osaka University


Active Noise Abatement Using the New Developed Pilot Assistance System LNAS

Scholz, Marco; Abdelmoula, Fethi

German Aerospace Center, Germany

 
16:40 - 18:00T3.3C: Airport community noise
Session Chair: ICHIRO YAMADA
Session Chair: Idar Ludvig Nilsen Granøien
S222-3 
 

Pilot impact on the noise abatement effect on steeper approaches – Initial analysis of wind and flight data

Rignér, Johan Olof1; Moberg, Bengt Tage2; Ulfvengren, Pernilla3

1Natmer AB, Sweden; 2Vernamack AB, Sweden; 3Royal Institute of Technology, KTH, Sweden


Aircraft Noise Sound Quality Evaluation of Continuous Descent Approaches

Pereda Albarrán, Miguel Yael1; Sahai, Abhishek K.2; Stumpf, Eike1

1RWTH Aachen University; 2TU Delft


Using Trajectory Optimization to Minimize Aircraft Noise Impact

Zhang, Mengying; Filippone, Antonio; Bojdo, Nicholas

The University of Manchester, United Kingdom


Respite from Aircraft Noise

Porter, Nicole1; Knowles, Andy1; Norman, Rick2; Flindell, Ian3; LeMasurier, Paul4

1Anderson Acoustics Ltd, United Kingdom; 2Heathrow Airport Ltd, United Kingdom; 3Ian Flindell and Associates, United Kingdom; 4SYSTRA, United Kingdom

 
Date: Wednesday, 30/Aug/2017
08:40 - 10:20T3.2A: Airframe cabin noise
Session Chair: Marshall Downing
Session Chair: David Angland
S222-3 
 

Full Scale: Flight Test Characterization of Aircraft Fuselage Surface Pressure Fluctuations

Haxter, Stefan; Spehr, Carsten

German Aerospace Center DLR, Germany


Improvements of sound transmission loss in aircraft cabin with elastomeric bulb seals

Dang, Zhigao; Wang, Minqing; Mai, Kai; Liu, Hailin

Northwestern Polytechnical University, China, People's Republic of


Fuselage Excitation during Cruise Flight Conditions: Influence of Different TBL Wavenumber-Frequency Models on Structural Response

Klabes, Alexander1; Herr, Michaela1; Appel, Christina1; Callsen, Sören2

1German Aerospace Center (DLR), Germany; 2Airbus Operations GmbH


Cabin Noise Prediction for Propeller Aircraft in an Early Design Phase using Parametric FEM Geometry Models and Simplified Propeller Loads

Mueller, Uwe Christian; Weber, Markus Joerg

Airbus Def. and Space GmbH, Willy-Messerschmitt-Str. 1,D-81663 Muenchen, GERMANY

 
11:00 - 12:00T3.2B: Airframe cabin noise
Session Chair: Marshall Downing
Session Chair: David Angland
S222-3 
 

Evaluation of Royal Canadian Air Force CH-149 Hearing Protection Through Example Flight Profiles

Price, Andrew; Ghinet, Sebastian; Chen, Yong; Grewal, Anant; Wickramasinghe, Viresh

National Research Council Canada, Canada


Cabin Noise Assessment of the RCAF CH-149 Cormorant Helicopter through Flight Testing

Ghinet, Sebastian; Price, Andrew; Chen, Yong; Grewal, Anant; Wickramasinghe, Viresh

National Research Council Canada, Canada

 
13:00 - 15:00T20.1: Application of vibroacoustic methods to noise control treatment
Session Chair: Zhenbo LU
Session Chair: Zhiyu Yang
S222-3 
 

Optimization of the vibro-acoustic package in the light-weighting of a van body structure

Olatunbosun, Oluremi1; Song, Yanrong2

1University of Birmingham, United Kingdom; 2Vehicle Integration and CAE Department, Beijing Auto Technical Center, Beijing, China


Low noise layout design of the plate structure stiffeners

Li, Dongri; Teng, Xiaoyan; Zhao, Hetao; Xu, yang

Harbin Engineering University, China, People's Republic of


Topology optimization of micro hard disk driving arm frequency based on modal tracking technology

Teng, Xiaoyan; Li, Dongri; Zhao, Hetao; Jiang, Xudong

Harbin Engineering University, China, People's Republic of


Topological Optimization of Stiffness and Frequency Based on Multi - objective Theory

JIANG, Xu Dong2,1; ZHAO, He Tao1; TENG, Xiao Yan1; LI, Dong Ri1

1Harbin Engineering University, China, People's Republic of; 2Harbin University of Science and Technology, China, People's Republic of


Damped Noise Shields

Au-Yeung, Ka Yan; Sun, Liang; Tang, Suet To; Yang, Zhiyu

Hong Kong University of Science and Technology, Hong Kong S.A.R. (China)


Vibration characteristics of transformer core components

Du, Jiewei1; Wang, Yuxing1; Jin, Ming1; Wang, Yanzhao2; Pan, Jie3

1UWA-ZJU Joint Laboratory for Modern Acoustical Engineering, Zhejiang University, Hangzhou, China; 2China Electric Power Research Institute; 3UWA-ZJU Joint Laboratory for Modern Acoustical Engineering, University of Western Australia, Crawley, WA, Australia

 

 
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