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Institute of Noise Control Engineering of the USA
3355thth IInntteerrnnaattiioonnaall CCoonnggrreessss aanndd EExxppoossiittiioonn oonn NNooiissee CCoonnttrrooll
EEnnggiinneeeerriinngg
IINNTTEERR--NNOOIISSEE 22000066
December 3-6, 2006 Honolulu, Hawaii, USA
Volume 1 of 8
Printed from e-media with permission by:
Curran Associates, Inc. 57 Morehouse Lane
Red Hook, NY 12571 www.proceedings.com
ISBN: 978-1-60423-136-6
Some format issues inherent in the e-media version may also appear in this print version.
INTER-NOISE 06 COPYRIGHT NOTICE
The contents of the INTER-NOISE 06 Proceedings have been reproduced from author-submitted files. The authors are solely responsible for the technical content and opinions expressed therein. The opinions expressed are not necessarily those of the Institute of Noise Control Engineering of the USA. Copyright © 2006, The Institute of Noise Control Engineering of the USA, Inc., Washington, DC. Replicated in the United States of America For availability of this and other proceedings, contact INCE/USA. http://www.inceusa.org The postpaid price is 70 U.S. dollars. Permission is hereby granted for any person to reproduce a fractional part of any paper herein provided that permission is obtained from its author(s) and credit is given to the author(s) and these proceedings. Notification to INCE/USA is also required. An author or his research sponsor may reproduce his or her paper in full, crediting these proceedings. This permission is not assignable.
Institute of Noise Control Engineering of the USA
35th International Congress and Exposition on Noise Control Engineering 2006
TABLE OF CONTENTS
Volume 1
11 Noise Generating Devices
Noise Reduction of a High Precision Gearbox Based on Experimental Study (11.1.3, 30) ............................................................................................................................................ 1
W. Kim, H. Im, K. Lee, S. Lee, K. Park, I. Hong, J. Chung
Tuning Out-of-phase Torsion Modes to Reduce Gear Whine (11.1.3, 41)................................... 10Teik C. Lim, Jun Wang
A Study on Noise Characteristics of Plastic Spur Gears (11.1.3, 38.5) ....................................... 17Norio Oshima, Toshiya Kitamura, Shinji Yamada
Space Shuttle Crawler Transporter Hydraulic System Sound Control Measures (11.3, 30) ............................................................................................................................................. 26
Clifford C. Faszer, Rod MacDonald
Numerical Inverse Method Predicting Acoustic Spinning Modes Radiated by a Ducted Fan from Free-field Test Data (11.4, 75) ............................................................................ 34
Serge Lewy
Frequency Domain Methods for Fan Exhaust Noise Prediction (11.4, 74.8) .............................. 44Philip J. Morris, Yuan Zhao
An Equivalent-source Model for Simulating Turbofan Interaction Noise (11.4, 76)................... 54Cyril Polacsek
Fan Broadband Noise Predition Using Hybrid Methods and Analytical Modeling (11.4, 75) ............................................................................................................................................. 64
Michel Roger, Stephane Moreau, Young J. Moon
Rotating Rake Mode Measurements Over Passive Treatment in a Ducted Fan (11.4, 72) ............................................................................................................................................. 74
Daniel L. Sutliff
An Assessment of NASA Glenn's Aeroacoustic Experimental and Predictive Capabilities for Installed Cooling Fans; Part 1: Aerodynamic Performance (11.4, 70) ....................................................................................................................................................... 84
Dale E. Van Zante, L. Danielle Koch, Mark P. Wernet, Gary G. Podboy
Fan Sound Quality Changes by Using New Silencer System (11.4, 63.7)................................... 94Seiji Watanabe, Shuichi Sakamoto, Kensaku Yanagimoto, Daisuke Suzuki, Katsuya Tanifuji
Quantification and Modeling of Fan Installation Effects (11.4.1, 73) ......................................... 100Willem M. Beltman
Experimental Research for Performance and Noise of Small Axial Flow Fan (influence of Parameter of Blade) (11.4.1, 72) .............................................................................. 109
Takahiro Ito, Gaku Minorikawa
Numerical Study on the Noise Generation of the Axial Flow Fan in a Refrigerator (11.4.1, 12.4.6.1)............................................................................................................................... 119
Wook Kim, Wan-Ho Jeon, Jang-Hyung Cho, Dae-Sig Shin, Hyunjoo Kim
Sound Quality Evaluations of Small Fans in Audio Visual Equipment (11.4.1, 63.7) .............. 126Gaku Minorikawa, J. Stuart Bolton, Patricia Davies, Taewook Yoo, Hiroto Ido, Ken-ichi Seki
Axial Fan Installation Effects Due to Inlet Flow Distortions (11.4.1, 21.6) ................................ 135David A. Nelson
Study on Reducing Noise from a Small Axial Cooling Fan by Using Pile-fabrics (11.4.1, 38.5) ..................................................................................................................................... 143
Masaharu Nishimura, Tomonobu Goto, Toshiji Ito
Development of Silent Design Technique for Precision Information Appliance Equipped with Fans (11.4.1, 12.4.1)............................................................................................... 153
Takeshi Toi, Akihiro Todoroki, Nobuyuki Okubo, Hiroto Ido
New Generation of Super Low Noise Fans Extends Application Potential (11.4.1, 51.6) .................................................................................................................................................. 163
Henrk F. van der Spek
Characteristics of Flow and Turbulent Noise of Multi-blade Centrifugal Fan (11.4.2, 21.6) ..................................................................................................................................... 169
Hidechito Hayashi, Tadashi Ohnishi, Yoshio Kodama, Souichi Sasaki, Takahiro Yamasaki, Tohru Fukano
Sound Quality by Design - a Successful Product Development Story (11.4.2, 63.7) ............... 179Shu-Ho Lin, Hsien-Sheng Pei
Vibration Measurement of an Electric Motor Using Piezoelectric Polymer Film Sensor (11.5.1, 71.1)........................................................................................................................ 188
Nobuyuki Naoe, Akiyuki Minamide, Kazuya Takemata, Akio Imazawa
Estimation of Motor Excitation Force by Inverse System (11.5.1, 41) ....................................... 194Hiroki Ota, Taichi Sato
Analysis of Block and Electric Motor Coupled Vibrations in Reciprocal Compressors (11.5.1, 41) ............................................................................................................... 202
Olavo Silva, Edmar Baars
Noise Reduction of Stepping Motor by the Stiffness Improvement Optimization (11.5.1, 45) ........................................................................................................................................ 208
Yoshitaka Sinoda, Katsuya Kumeda, Mitsuo Iwahara, Akio Nagamatsu, Shogo Kurihara
Progress Towards the Prediction of Turbomachinery Noise Using Computational Aeroacoustics (11.6, 75) ................................................................................................................. 216
Ray Hixon, M. Nallasamy, Scott Sawyer
Sound Quality Design of Screw Compressors Using Two Sound Reducing Techniques (11.6.2, 63.7)................................................................................................................ 226
Hideo Utsuno, Yoshitaka Morisawa
Noise and Aerodynamic Performance in a Centrifugal Blower with Low Solidity Cascade Diffuser (11.6.2.2, 21.6) ................................................................................................... 233
Daisaku Sakaguchi, Masahiro Ishida, Hiroshi Hayami, Yasutoshi Senoo, Hironobu Ueki
Study on Attenuation Effect of Side Branch with Finite Impedance End (11.6.3, 37) .............. 243Kunihiko Ishihara
Effect of Intake Duct Length on the Radiated Intake Noise (11.6.4, 26) .................................... 252Jeong-Guon Ih, Kazuo Shinoda
A Study of a Method for Estimation of the Engine Speed from Exhaust Noise (11.6.4, 74.5) ..................................................................................................................................... 258
Masaharu Ohya, Yasutaka Nakajima
Torsional Vibration Induced Diesel Moan Issue Resolution (11.6.4.1, 41.1)............................. 268Takeshi Abe, Ming-Te Cheng, Liqun Na
An Exploration of the Relationship Between Annoyance Rating and Temporal Variations in Diesel Engine Noise (11.6.4.1, 63.2) ....................................................................... 274
Aaron Hastings, Patricia Davies
The Combustion Noise Optimization and Improvement for a 3.0L V6 Diesel Vehicle (11.6.4.1, 38.5) .................................................................................................................... 284
Heung Seok Lee, Dong Kyu Yoo, In Soo Jung, Koo Tae Kang
Theoretical Analysis of Transient Torsional Vibrations Ot Two Stroke Low Speed Diesel Engines (11.6.4.1, 41) .......................................................................................................... 293
Don Chool Lee, Sang Hwan Kim, Jung Dae Yu
Analysis on Generation Characteristics of Combustion-induced Noise of Diesel Engine (11.6.4.1, 76)........................................................................................................................ 303
Eiji Sugimoto, Masato Mikami, Naoya Kojima
Noise Reducing Thin Layers for Highways (11.7.1, 13.2) ........................................................... 310Hans Bendtsen, Sigurd N. Thomsen
Sound Pressure and Intensity Evaluations of Low Noise Pavement Structures with Open Graded Asphalt Mixtures (11.7.1, 72.3) ...................................................................... 320
Andre de Fortier Smit, Brian Waller
Generation of Noise by Truck and Car Tires on Various Types of Asphalt Concrete Pavements (11.7.1, 52.3) ................................................................................................ 330
Paul R. Donavan
Certification of Vehicles for Close Proximity Measurements of Tire/pavement Noise (11.7.1, 72.1) .......................................................................................................................... 339
Jerzy A. Ejsmont, Piotr Mioduszewski
Road Texture for Abating Truck Tire Noise Generation (11.7.1, 52.3)....................................... 349T. Fujikawa, H. Koike, Y. Oshino, H. Tachibana
About the Development of the Backing Board Method to Evaluate the Noisiness of Road Surfaces (11.7.1, 72.1) ...................................................................................................... 353
Luc Goubert, Philippe Debroux
The Construction of a Close Proximity Trailer to Measure Road-type Noise in Hong Kong (11.7.1, 73.4) ................................................................................................................ 363
Wing-tat Hung, Man-pun Kwok, Chung-fai Ng, Wing-gun Wong
Acoustical Disgnoses for Soundness of Porous Drainage Pavement (11.7.1, 52.3) ............... 372Teruo Iwase, Kaoru Kazawa, Kenichi Ishikawa, Koich Yoshihisa
Latest Developments in Japan Regarding Improved Porous Elastic Road Surface (11.7.1, 52.3) ..................................................................................................................................... 383
Seishi Meiarahi, Fujio Ohishi
Tire Noise Emission Directivity for Various Tires and Pavement (11.7.1, 72.1) ....................... 392Piotr Mioduszewski, Jerzy A. Ejsmont
The SILVIA Classification System for Road Surfaces (11.7.1, 52.3) .......................................... 402Cristo Padmos, Phil Abbott, Phil Morgan
A Comprehensive Field Study on Concrete Pavement Solutions for Reducing Tire-pavement Noise (11.7.1, 52.3) ................................................................................................ 412
Robert Rasmussen, Eric Mun, Ted Ferragut, Paul Wiegand
Relating Pavement Texture to Tire-pavement Noise (11.7.1, 52.3) ............................................ 422Robert Rasmussen, Eric Mun, Steven Karamihas, George Chang
Tire Radiation - Noise Prediction Using FEM (11.7.1, 75.3) ........................................................ 432Takanari Saguchi, Tatsuya Tomida, Sachie Urata, Kenshiro Kato
The Concept of Virtual Reference Pavement for Noise Prediction and Comparison Purposes (11.7.1, 52.3) ................................................................................................................... 440
Ulf Sandberg
Experimental Relationship Between Tire Structural Wave Propagation and Sound Radiation (11.7.1, 21.2.1) ................................................................................................................ 450
Kiho Yum, Kwanwoo Hong, J. Stuart Bolton
Evaluation of Tire Noise Impact on Full Vehicle Exterior Noise Results Using ISO/DIS 362-1 (11.7.1, 13.2) ............................................................................................................ 458
Douglas B. Moore
New Test Tyres for the Close-proximity (CPX) Method (11.7.1, 72.1) ........................................ 463Willem Jan van Vliet, Gijsjan van Blokland
Numerical Prediction of Brake Squeal Propensity - a Critical Review (11.8.1, 75) .................. 473Antti T. Papinniemi, Joseph C.S. Lai, Jiye Zhao
Brake Squeal Simulation Suing Complex Eigenvalue Analysis (11.8.1, 75.6) .......................... 483Kyung-Hwan Park, Jeong-Tae Kim, Yeong Jin Kim
Mode Coupling in Squealing of a Wheel Brake with Double Shoes (11.8.1, 41.1) ................... 493Masayuki Yokoi, Hiroyuki Ono, Mikio Nakai, Toshio Takahagi
A Study on Brake Disc for Squeal Reduction (11.8.1, 30)........................................................... 503Hui Zheng, Ping Liu, Yugong Wang, Mengchuan Koh
Measurement Protocol in Compliance with AREMA Recommended Design Criteria 3.2.61.g.5 for an Electronic Highway-rail Grade Crossing Bell (11.9, 72.1) ................. 513
Rob Greene
Survey on Guiding Chime at Ticket Gates of Railway Stations Through Hearing Survey to the Visually Impaired Persons and On-site Investigation (11.9, 52.4) ..................... 521
Masaki Takeda, Tetsuya Sakuma
Who Designs the Auditory Signals? (11.9, 71.1) ......................................................................... 531Hirotake Nakashima, Tomofumi Ichimaru
Directive Train Horn Demonstration System Performance (11.9.2, 13.4.1)............................... 538Paul Burge, Parke Rhoads
Legislative Update on the FRA Final Rule on Locomotive Horn Noise at Grade Crossings (11.9.2, 83) ..................................................................................................................... 547
Lance D. Meister
12 Stationary Noise Sources
Implementation of Noise Rules Restricting Use of Firecrackers and Loudspeakers and Public Awareness of Related Legislation (12, 83)................................................................ 557
Neelima Naik, Rani Tyagi
Noise Control of Diesel Generator in the Basement (12.1.4, 30)................................................ 566Wen Huanling
Construction Noise Modeling (12.2, 76)........................................................................................ 569Kevin J. Keller
Crest Factor and Short-duration Transients: Influence of Environmental Background, Event Duration and Measurement Time Weighting (12.3, 63) ............................. 579
Wade R. Bray
TED - the Eco Declaration for Reporting Product Environmental Parameters (including Noise Emissions) - ECMA-370 (12.3, 82) .................................................................... 589
Robert D. Hellweg, Silvio Weeren, Hans Wendschlag
Development of New Industrial Standard for Loudness Measurement of Steady Sound Emitted by Information Technology and Telecommunications Equipment (12.3, 81) ........................................................................................................................................... 598
Ikuo Kimizuka
Server/workstation Fan Speed Control and Acoustic Design (12.3, 11.4) ................................ 603Kaleen Man
Comparative Investigation of Vibration and Acoustic Measurements of Next Generation Computer Cooling Fan (12.3, 11.4)............................................................................ 611
Colin Novak, Helen Ule, Robert Gaspar
Evaluation of Annoyance for the Standby Noise of Business Machines (12.3.3, 63.2) .................................................................................................................................................. 620
Akio Takanashi, Jiro Michishige, Yoshihisa Ezawa
Impact of Inlet Restriction on Acoustics for Blowers in Notebook PCs (12.3.4, 11.4) .................................................................................................................................................. 625
Eric Baugh
Human Annoyance Levels to PC Sounds in the Home Background Noise Environment (12.3.4, 63.2).............................................................................................................. 634
Rina Doherty, Eric Salskov, Philip Corriveau, Doug Gabel, Paul Sorenson, Willem Beltmen
Advanced Acoustic Management for PCs (12.3.4, 11.4.1) .......................................................... 642Rafael De La Guardia, Willem M. Beltman
Sound Quality Aspects of Small Computer Fans (12.3.4, 63.7) ................................................. 652Michael Magill, Anders Genell, Willem M. Beltman
Design and Quantify Hard Disk Drive Acoustics for Consumer Electronic Applications (12.3.4.3, 30) .............................................................................................................. 658
Yanning Liu, Yanchu Xu
Measurement Method Investigation for Hard Disk Drive Transient Acoustics (12.3.4.3.1, 72).................................................................................................................................. 668
Yanchu Xu, Yanning Liu
Sound Ratings of Water-cooled Chillers - Sound Pressure Or Power Levels? (12.3.5, 72) ........................................................................................................................................ 678
Robert E. Stabley
Noise Reduction of a Dynamic Aperture in a DLP TV (12.4.1, 30) ............................................. 686Jin Wook Heo, Pil Yong Oh
Influence of Visual Stimuli on the Sound Quality Evaluation of Loudspeaker Systems (12.4.1, 63.7) ..................................................................................................................... 691
Alex Karandreas, Flemming Christensen
Sound Exposure by Personal Stereo, Field Study of Young People in Denmark (12.4.1, 60) ........................................................................................................................................ 698
Rodrigo Ordonez, Karen Reuter, Dorte Hammershoi
Development of Sound Quality Evaluation Technique for a Refrigerator Under Household Usage (12.4.6.1, 63.7) .................................................................................................. 703
Sang-soo Kim, Eun-young Lee, Jung-rae Kim, Jong-yeob Kim, Dong-hyun Lee, Jong-hak Oh
Noisiness of the Refrigerator Sounds in Relation to the Autocorrelation Function and Zwicker Parameters (12.4.6.1, 63.2) ....................................................................................... 710
Shin-ichi Sato, Jin Yong Jeon
Volume 2
Prediction of the Side Panel Vibration on the Washing Machines by the Elastic Multi-body Modeling (12.4.6.3, 76)................................................................................................. 718
Faruk Bayraktar, H. Temel Belek
Variability Study of IEC 60704-2-3 for Determination of Dishwasher Sound Power Levels (12.4.6.5, 82)......................................................................................................................... 728
Kevin M. Herreman
A Potential Standard for Determining Dishwasher Sound Power Levels (12.4.6.5, 82) ..................................................................................................................................................... 736
Devin M. Herreman, Nathan A. Mouw
An Effective New Approach to Isolate Plumbing Stub-outs in Residential Construction (12.4.8, 46) ................................................................................................................ 745
Jeffrey P. Kwolkoski
Temporary Changes in Mechanoreceptor-specific Vibrotactile Perception to Stimuli Simulating Impact Power Tools (12.5, 49.1) .................................................................... 752
A.J. Brammer, D.R. Peterson, M.G. Cherniack, U.A. Diva
Estimation of Sound Pressure Level Exposures from Sound Power Level Measurements of Powered Hand-tools Using the Diffuse-field Point Source Model Eyring Theory (12.5.1, 72.4) ........................................................................................................... 759
Charles S. Hayden, Edward L. Zechmann
Comparison of Sound Power Levels of Portable Powered Hand Tools in the Loaded and Unloaded Conditions (12.5.1, 72.4) .......................................................................... 774
Edward L. Zechmann, Charles Hayden
Noise Source Identification and Reduction of Percussion Machine (12.5.1, 72)...................... 784J.H. Wang, Y.C. Lin
Reduction of Commercial Garbage Collection Noise in Portland, Oregon (12.7.1, 52.1) .................................................................................................................................................. 793
Kerrie G. Standlee, Paul Van Orden, Joseph C. Begin
Acoustic and Vibration Simulation of Golf Club (12.9, 40) ......................................................... 807Nobuhiro Matsumura, Takahiro Hattori, Mitsuo Iwahara, Akio Nagamatsu, Yukihiro Teranishi, Hiroshi Nagao
13 Moving Noise Sources
A Sound Design Approach for Vehicles and Aircrafts (13, 30) .................................................. 817Kari Janssens, Antonio Vecchio, Patrick Van de Ponseele, Herman Van der Auwaraer
Airframe Noise Research in DLR (13.1, 76) .................................................................................. 827Werner Dobrzynski, Roland Ewert, Michael Pott-Pollenske, Michaela Herr, Jan Delfs
Aircraft Noise Detections: Towards a Better Recognition Through Spectral Analysis (13.1, 74.8) ........................................................................................................................ 837
Peter A.S. Houtave, Jean-Pierre Clairbois, Jean Solonakis
Analysis of the Relationship of Aircraft Noise Observations with Meteorological Conditions Based on Long-term Noise Measurement (13.1, 24.6) ............................................ 843
Masaomi Isobe, Naoaki Shinohara, Saburo Ogata, Ichiro Yamada
Towards Numerical Simulation of Engine Installation Effects for Rear Fan Noise (13.1, 75) ........................................................................................................................................... 851
Stephane Redonnet, Eric Manoha
Effect of Ancillary Variables on Aircraft Annoyance Response in Korea (13.1, 63.2) .................................................................................................................................................. 862
J.H. Son, K. Lee, S.I. Chang, K.J. Lee, Y.S. Lee
Time Stamped Aircraft Noise Prediction - Replacing the 'average Day' with the 'composite Year' (13.1, 56.1) .......................................................................................................... 868
David G. Southgate, Stephen J. Sedgwick
Night Time Aircraft Noise and Children's Cognitive Performance and Health in the RANCH Study (13.1, 63.5)............................................................................................................... 877
Stephen A. Stansfeld, Charlotte Clark, Tamuno Alfred
Aircraft Noise Prediction Model Considering Meterorological Effects Using PE Method (13.1, 24.6) .......................................................................................................................... 885
M. Sugawara, H. Yoshioka, I. Yamada
Environmental Noise and Cardiovascular Diseases: Results from a Monitoring Programme on Aircraft Noise (13.1, 62)........................................................................................ 891
Irene van Kamp, Danny Houthuijs, Carta van Wiechen, Oscar Breugelmans
Effects of Extraordinary Tonal Sounds Observed from Approaching Aircraft on the Evaluation of Accumulated Sound Exposure Around the Airport (13.1.1, 61)................... 898
Miroku Tani, Takayoshi Bushita, Naoaki Shinohara, Saburo Ogata
Developing an Aircraft Noise Prediction Model Considering Ground Effects Dependent on Meterorological Conditions (13.1.1, 24.6)............................................................ 904
Ichiro Yamada, Naoaki Shinohara
Aeroacoustic and Aeroelastic Simulation of HARTII Model Rotor with Moving Overlapped Grid Approach (13.1.4, 75)......................................................................................... 910
Yasutada Tanabe, Shigeru Saito, Atsushi Hashimoto
Finite Element Models for Predicting the Propagation and Radiation of Fan Noise from Turbofan Engines (13.1.5, 75.3) ............................................................................................ 920
R. Jeremy Astley, Rie Sugimoto, Gwenael Gabard, Naoki Tsuchiya
Challenges of Numerical Noise Prediction in a Lined Turbofan Nacelle (13.1.5, 75)............... 930Cyrille C. Breard, Justin H. Lan, John W. Premo
The Potential Benefits of Advanced Casing Treatment for Noise Attenuation in Ultra-high Bypass Ratio Turbofan Engines (13.1.5, 30) .............................................................. 940
David Elliott
Empirical Prediction of Aircraft Flap Edge Noise (13.1.5, 21.6.5) .............................................. 950Yueping Guo
Noise Reduction Technologies for Turbofan Engines (13.1.5, 30) ............................................ 960Dennis L. Huff
Development of Experimental and Computational Aeroacoustic Tools for Advanced Liner Evaluation (13.1.5, 70) ........................................................................................ 970
Michael G. Jones, Tony L. Parrott, Willie R. Watson, Carl H. Gerhold, Douglas M. Mark, Martha C. Brown
A 2-D Study on Micro-tab in Airframe Noise Reduction (13.1.5, 21.6.5).................................... 980Brian C. Kuo, Nesrin Sarigul-Klijn
A Review of Acoustic Treatment Design for Aircraft Engine Noise Reduction (13.1.5, 30) ........................................................................................................................................ 990
Hwa-Wan Kwan, Jia Yu, Amal Abeysinghe, Eugene Chien
On the Development of an Efficient, Parallel Hybrid Solver with Application to Acoustically Treated Aero-engine Nacelles (13.1.5, 75.3)......................................................... 1000
Willie R. Watson, Douglas M. Nark, Duc T. Nguyen, Siroj Tungkahotara
Numerical Studies of Modal Scattering Within Turbofan Bypass Ducts (13.1.5.1, 75.3) ................................................................................................................................................ 1010
Rie Sugimoto, R. Jeremy Astley
Parametric Study of Pressure Fluctuations in the Aircraft Door-gap Cavity (13.1.6, 21.6) ................................................................................................................................................ 1020
Boris M. Efimtsov, Alexey Yu Golubev, Anders O. Andersson
Modeling the Vibro-acoustic Response of Commercial Aircraft Using the Hybrid FE-SEA Method (13.1.6, 75).......................................................................................................... 1029
V. Cotoni, B. Gardner, C. Fuller, J. Carneal
Vibro-acoustic Modeling of Turboprop Aircraft Interior Noise Using Finite Element Method/boundary Element Method (13.1.6, 75) .......................................................... 1039
Indranil Dandaroy, Mohammed Taj Bhuiyan
A Landing Gear Noise Reduction Study Based on Computational Simulations (13.1.6, 75) ...................................................................................................................................... 1050
Mehdi R. Khorrami, David P. Lockhard
Vibroacoustic and Other Environmental Influences on Performance and Well-being of Cabin Crew During Long-haul Flights (13.1.6, 60)...................................................... 1060
Volker Mellert, Ingo Baumann, Michael Bellmann, Sandra Buss, Nils Freese, Roland Kruse, Reinhard Weber
Sound Engineering for Aircraft (SEFA), First Results of Listening Examinations (13.1.6, 63) ...................................................................................................................................... 1072
Uwe Muller, Martin Schutte
Material Heterogeneity Effect on Aircraft Interior Noise - Analysis on Mock-ups (13.1.6, 38.5) ................................................................................................................................... 1082
P. Neple, N. Pellegrin, F. Besluau
Effect of Stiffness, Damping, and Design on Side Panel Isolator Noise Attenuation Characteristics (13.1.6, 35)...................................................................................... 1090
Jeffrey N. Weisbeck
Tractor Cabin Interior Noise Control Using the State-of-the-art Noise and Vibration Measurement Techniques (13.2, 25)........................................................................... 1100
H. Temel Belek, Ahmet Guney
Infrasound and Vibration of Short Span Bridge Due to Running Vehicle (13.2, 41) .............. 1110Seiji Fukada
On the Correlation Between Motor Vehicle Noise Levels and in Situ Measurement Data of Airflow Resistance, Water Permeability and Sound Absorption Coefficient of Open Porous Asphalts (13.2, 11.7.1) ...................................................................................... 1119
Jorn Hubelt, Wolfram Bartolomaeus, Frohmut Wellner
Vehicle Noise Control and Harmonization of Regulations (13.2.1, 84).................................... 1124Hui-Hua Lin, Jove Pan, Ping-Fei Hsieh, Ming-Sheng Huang, Yu-Ying Chen
Improvement of an Objective Rating for Turbocharger Tonal Noises (13.2.1, 63) ................. 1132Gladys Gaude, Lucille Lamotte, Thierry Lefevre
New Approach for the Development of Vehicle Target Sounds (13.2.1, 63) ........................... 1141Brigitte Schulte-Fortkamp, Andre Fiebig, Klaus Genuit
Psycho-acoustical Experimenta on Acoustical Environment Inside Passenger-cars Using 3-dimensional Sound Field Simulation Technique (13.2.1, 79)............................. 1151
Ayumi Kondo, Kanako Ueno, Sakae Yokoyama, Hiroo Yano
Optimization of Structures Using Statistical Energy Analysis (13.2.1, 75.2) .......................... 1159Arun T. Chavan, Dhanesh N. Manik
Experimental Investigation for an Alternative Exhaust Noise Test (13.2.1, 72.1)................... 1168Ichiro Sakamoto, Shigehiko Kaneko, Takeharu Tanaka, Toru Yamazaki, Masao Ishihama
Community Responses to Noise from Road Vehicles Equipped with Illegal Mufflers (13.2.1, 63.2).................................................................................................................... 1177
M. Tanaka, T. Fujikawa, Y. Oshino, S. Kuwano
Automotive Air-conditioning Compressor Induced Moans (13.2.1, 11.6.2) ............................ 1183Prakash Thawani, Zhengyu Liu, Suhas Venkatappa, Hsiao-an Hsieh
Methodological Approaches to Investigation the Effects of Meaning, Expectations and Context in Listening Experiments (13.2.1, 63.7) ................................................................. 1190
Alfred Zeitler, Hugo Fastl, Juergen Hellbrueck, Gerhard Thoma, Wolfgang Ellermeier, Peter Zeller
Quantitative Evaluation of Mechanical Noise Character of Motorcycle Engine During Idle (13.2.2, 63) .................................................................................................................. 1198
Satoru Shimizu, Ichiro Sudo
Acoustic Emission from Motor Tracks and Their Environmental Compatibility with the Surrounds (13.2.4, 52.1)................................................................................................. 1204
Salvatore Curcuruto, Tina Fabozzi, Paolo Palmieri, Giancarlo Strani
Management of Motorized Leisure Noise in Quebec Or How to Silence Citizens' Complaints (13.3, 52.1) ................................................................................................................. 1211
Chantal Laroche
Comprehensive Vibration Development to Enhance Ride Comfort of All-terrain Vehicle (13.3.2, 49.1) ..................................................................................................................... 1220
Ming Une Jen, Ming-Hung Lu
Method to Investigate Recognition of Computer Fan Sound in a Domestic Environment (13.3.4, 11.4.1)......................................................................................................... 1230
Michael Magill, Anders Geneli, Willem M. Beltman
Motor Racing Tracks Sound Emission Model: a Comparison Between Prediction Software and Experimental Data in Umbria Motordrome (italy) (13.3.6, 76.1) ........................ 1235
Cinzia Buratti, Marco Vergoni
The Definition of the Train As the Source of Vibration in the Prediction of the Vibration Propagation (13.4, 43.2.3) ............................................................................................ 1245
Joan Cardona, Jordi Romeu, Angle Sanchez, Meritxell Genesca
Enhancing the Performance of the Quietest Railway in Hong Kong (13.4, 30) ...................... 1255Richard K. Kwan
Development of an Experimental Apparatus for Measuring a Pressure Wave Generated by a Model Train of Actual Shape (13.4.1, 73) ......................................................... 1261
Tetsuya Doi, Jiro Kaku, Takanori Masubuchi, Takanobu Ogawa
High-frequency Noise Radiated from Shinkansen (13.4.1, 52.4).............................................. 1271Seigo Ogata, Masayoshi Toida, Shuichi Furuta
A Modification of a Method to Predict Noise Profiles of Shinkansen Trains by Sound Intensity Method (13.4.1, 75)............................................................................................ 1276
Kazuya Sumita, Shigeru Kitayama, Masaaki Hiroe
Interactive Effects Between Shinkansen Railway Noise and Vibration on Annoyance (13.4.1, 63.2) .............................................................................................................. 1286
Shigenori Yokoshima, Akihiro Tamura
Applying the TSI Formulae with the Multiple-interpolations Method to Determine Track Decay Rates Using Train Pass-by Measurements (13.4.1, 72.1) ................................... 1294
Xuetao Zhang
Measurement Analysis and Control of Pressure Transients Emitted from a Rail Transit Tunnel Protal ('portal Boom') (13.4.2, 21.3) ................................................................... 1302
James E. Phillips, James T. Nelson
Tram Track Vibration Intensity Dependence on Rail Fastening System (13.4.3, 41) ............. 1312Stjepan Lakusic, Marijan Bogut
Noise Control of Accommodation Adjacent to Onboard Noise Source (13.5, 30) ................. 1322Won-Ho Joo, Sung-Hoon Kim, Dong-Hae Kim, Jong-Gug Bae
Quantitative Evaluation of Airborne Sound Insulation in Ship's Accommodation by Using Large Scale Noise Test Facilities (13.5, 72.5) ............................................................ 1332
Sung-Hoon Kim, Won-Ho Joo, Dong-Hae Kim, Jong-Gug Bae
Vehicle Cab Noise Measurement Analysis and Reduction (13.7.1, 30) ................................... 1342S.P. Lakshminarayanan, K. Srinivasan
Analysis of Individual Machine Noise in Construction (13.7.1, 74.6) ...................................... 1352Hiroshi Yoshinaga, Akira Hayashi, Hiroshi Yamamoto, Kiyoshi Yoshida
14 Specialized Industrial Machinery and Equipment
Noise Source Identification of the Rapier Loom (14.1.2, 72.2) ................................................. 1362Du Hwan Chun, Hae Joong Na, Byoung Duk Lim
Addressing Noise Control Problems Within Offshore Well Service Equipment from the Perspective of an SME (14.1.9, 30) .............................................................................. 1369
Michael O'Sullivan, Gareth Thomson
Underground Evaluation of Coated Flight Bars for a Continuous Mining Machine (14.3.2, 45) ...................................................................................................................................... 1378
Adam K. Smith, Ellisworth R. Spencer, Lynn A. Alcorn, Peter G. Kovalchik
Vibration Reduction of the Three-cylindered Engine Driven Tractor (14.4.7, 40)................... 1386JoonKeun Lee, Won-Ki Park, Jeong-Ho Kim
Vibration of Agricultural Tractors (14.4.7, 40) ............................................................................ 1394Esko Sorainen, Aki Vahanikkila, Kirsti Taattoia, Esko Rytkonen
Passive Noise Control Techniques for a Diesel Engine Power-generation Facility (14.5, 30) ......................................................................................................................................... 1400
Jason D. Sagers, Jonathan D. Blotter, Scott D. Sommerfeldt
Application of Statistical Modal Analysis of Base Structure of Cogeneration System (14.5, 75.1) ........................................................................................................................ 1410
Hiroshi Uehara, Nobutaka Tsujiuchi, Takayuki Koizumi, Tomoya Minamino
Low Frequency Noise from Heat Recovery Steam Generators (14.5.3, 53.1) ......................... 1418Robert A. Putnam
20 Physical Phenomena
The Frictional Sound of Wineglass Caused by Rubbing with Wetted Finger (21.2, 41.1) ................................................................................................................................................ 1426
Masayuki Yokoi, Toshio Takahagi, Mikio Nakai
Volume 3
Air Rubbing Noise Induced by the Surface Flow on Perforated Plates (21.2.3, 37) ............... 1436Yoshiyuki Maruta
Innovative Risk Assessment with Impulsive Events (21.3, 62.1) ............................................. 1446Alfredo Reda, Adolfo Sabato
Calculating Noise Levels Around Military Shooting Ranges Using a Hybrid Meteorological-acoustical Model (21.3, 24) ................................................................................ 1455
Frank H.A. van den Berg, Frits J.M. van der Eerden
NORTRIAL Database on Long Range Low Frequency Sound and Vibration Propagation (21.3.1, 24)................................................................................................................ 1463
Christian Madshus, Eyvind Aker, Finn Lovholt, Ra Cleave, Nils I. Nilsen
The Acoustics of Gunfire (21.3.1, 24).......................................................................................... 1470John C Freytag, Durand R. Befault, Christopher A. Peltier
The Experimental Methods to Obtain Correlation Between Peak Sound Pressure Level and Noise Complaints for Blasts and Preliminary Observations (21.3.1, 66) .............. 1480
Edward T. Nykaza, Larry L. Pater
Numerical Simulation of Sound Emission from Weapons (21.3.1, 76).................................... 1487Jan Arild Teland, Reza Rahimi, Morten Huseby
Noise Control of a Low Speed Wind Tunnel Fan (21.6, 11.4) ................................................... 1497Hugo E. Camargo, Ricardo A. Burdisso
Influence of Non-axisymmetric Perturbations on the Hole-tone Feedback Cycle: a Numerical Study (21.6, 75) ........................................................................................................... 1505
Mikael A. Langthjem, Masami Nakano
Investigation of Aerodynamic Noise Generated from a Train Car Gap (21.6, 13.4.1) ............ 1514Fumio Mizushima, Chisachi Kato, Takeshi Kurita, Akiyoshi Iida
Flow-induced Noise Generation on Orifice Plates in Air Conditioning Ducts (21.6, 51.6) ................................................................................................................................................ 1522
Carsten Spehr, Julian Alvarez, Jan Delfs
Analysis of Aerodynamic Sound Source in a Stalled Airfoil Flow (21.6, 11.4) ....................... 1531Yasumasa Suzuki, Chisachi Kato, Masashi Miyazawa, Haijime Fujita
Study on Aerodynamic Noise Characteristics of Wing Sections for Small Cooling Fan Impeller (21.6, 11.4) ............................................................................................................... 1541
Sho Yonezawa, Gaku Minorikawa, Takahiro Ito
LES Based Jet Noise Prediction for Mixer-ejector Configurations Including Acoustic Liner Model (21.6.1, 75) ................................................................................................ 1548
Markus Burak, Lars-Erik Eriksson, Niklas Andersson
Overview of Aeroacoustic Research Activities in MARTEL Facility Applied to Jet Noise (21.6.1, 73) ........................................................................................................................... 1558
Denis Gely, Jean-Christophe Valiere, Hadrien Lambare, Henri Foulon
Experimental Analysis of Jet Noise with an Optical Wave Microphone System (21.6.1, 71.1.1)................................................................................................................................ 1567
Masataka Kosaka, Kunisato Seto, Yoichi Nakazono, Yoshito Sonoda
Acoustic Analysis of Rocket Plume Deflector (21.6.1, 38.5)..................................................... 1574Keiichi Mukakami, Atsushi Hashimoto, Keiichi Kitamura, Takashi Aoyama, Yoshiaki Nakamura
An Optical Wave Microphone Technique and Its Application to the Measurement of Jet Noise (21.6.1, 71.1) ............................................................................................................. 1581
Yoichi Nakazono, Yoshito Sonoda
Jet Noise: Measurements and Validation of Computational Aeroacoustics (21.6.1, 70) ................................................................................................................................................... 1589
K. Viswanathan
Numerical Study of Sound Generation by Vortex Induced Flexible Wall Vibration (21.6.3, 75) ...................................................................................................................................... 1599
Ting-hui Zheng, S.K. Tang, Wen Zhong Shen
Prediction of the Noise Level Generated by the Turbulent Boundary Layer on Board a Fast Ship (21.6.4, 13.5) ................................................................................................... 1606
Elena Ciappi, Francesca Magionesi
Effect of Free-stream Turbulence on the Radiative Aeroacoustic Field of a Cylindrical Body (21.6.4, 21.6.5) .................................................................................................. 1616
Akiyoshi Iida, Kenji Morita, Toshitaka Minbu
Computation and Analysis of the Sound Field of a Free Surface Piercing Cylinder (21.6.5, 76) ...................................................................................................................................... 1626
Eldad J. Avital, Guangxu Yu, John Williams
The Characteristics of the Flow Field Around Two-dimensional Cylinders in Relation to the Aeolian Tone Generation (21.6.5, 76)................................................................ 1635
Hajime Fujita, Yasumasa Suzuki, Tatsunori Itou, Yuuki Hashimoto
Computational Prediction Methods for the Aerodynamic Broadband Noise Generated from Long-span Bodies (21.6.5, 75) ......................................................................... 1644
Jung H. Seo, Young J. Moon, Marc Jacob, Michel Roger
A Method of Reducing Aerodynamic Sounds Generated by Bent Round Bars in a Uniform Air-flow (21.6.6, 51.6) ..................................................................................................... 1654
Hiroki Matsumoto, Ken-ichi Saitoh
22 Natural Sources of Noise
Analysis of Ambient Data in Support of the National Parks Air Tour Management Act (22, 13.1) .................................................................................................................................. 1664
Kurt Fristrup, Cynthia Lee
23 Propagation, Transmission & Scattering of Sound
An Investigation of the Nonlinear Acoustic Characteristics of a Perforated Plate Configuration Under Broad-band Noise Excitation (23, 76) ..................................................... 1670
Guojun Zhang, Bilong Liu, Jijun Xiong, Xiaodong Li
Study on Optimization for Reducing Vibration of Thin Plates by Adding a Hollow (23.1, 38.5) ...................................................................................................................................... 1679
Yuki Ishii, Hiroshi Nishino, Iwao Honda, Kentaro Hayashi, Masaaki Nakachi
Reduction of Panel Sound Radiation Through Topology Design (23.1, 38.5) ........................ 1687Xuefeng Zhang, Percy Wang, Wen L. Li
Study on Sound Reduction Index of Small Openings for Natural Ventilation in Facades - Approximation Considering Near Reflecting Surface (23.1, 23.2).......................... 1697
Takako Ouchi, Akihisa Imai
Sound Radiation from Finite Submerged the Reinforced Double Cylindrical Shells (23.1, 42) ......................................................................................................................................... 1707
Yun-nan He, Lu Zhi-qing Lin
Sound Transmission Through Trimmed Panel Using TMM, FEM and SEA (23.9, 75) ................................................................................................................................................... 1715
Marcio Calcada, Samir N.Y. Gerges
Identification of Sound Transmission Characteristics of Honeycomb Sandwich Panels Using Hybrid Analytical/one-dimensional Finite Element Method (23.9, 75) ............. 1725
Yong-Joe Kim
Experimental and Analytic Study About Non-homogeneous Plate Sound Transmission Loss (23.9, 51.4).................................................................................................... 1735
Jen Luc Kouyoumji, Lionel Vernois
Sound Transmission Through Two Concentric Cylindrical Shells Connected by Ring Frames (23.9, 42) .................................................................................................................. 1745
Biling Liu
Optimal Design of Acoustical Sandwich Panels with Genetic Algorithm (23.9, 76.1) ................................................................................................................................................ 1755
Tongan Wang, Shan Li, Shankar Rajaram, Steven R. Nutt
24 Sound Propagation in the Atmosphere
Sound Speed Profile Structure and Variability Measured Over Flat Terrain (24, 75)............. 1764Stuart Bradley, Sabine von Hunerbein, David Waddington
Sound Propagation: Review and Tutorial (24, 76) ..................................................................... 1772Gilles A. Daigle
A Finite Element Model for Propagation of Noise from Weapons Over a Realistic Terrain (24, 75.3)............................................................................................................................ 1782
Morten Huseby, Hans Peter Langtangen
Classification of Relative Influence of Physical Parameters for Long Range Acoustic Propagation (24, 13) ..................................................................................................... 1790
Fabrice Junker, Philippe Blanc-Benon, Benjamin Cotte, Benoit Gauvreau, Michel Berengier, David Ecotiere, Cora Cremezi-Charlet
Use of Statistical Methods in the Development of Empirical Prediction Models for Long Range Low Frequency Sound and Vibration Propagation (24, 75.1)............................. 1799
Eyvind Aker, Christian Madshus, Ra Cleave, Henrik R. Cederkvist, Svein A. Storeheier, Nils I. Nilsen
Long-term Measurements of Sound Propagation in Finland (24, 77)...................................... 1809Panu P. Maijala, Ossi T. Ojanen
Correlation Techniques for the Study of Outdoor Noise Propagation (24, 74.1) ................... 1819David Waddington, Jamie A.S. Angus
Uncertainty in Outdoor Sound Propagation Predictions As Determined from High-resolution Atmospheric Simulations (24, 76.1).......................................................................... 1828
D. Keith Wilson, Edgar L. Andreas, John W. Weatherly, Chris L. Pettit
Numerical Simulation on Outdoor Sound Propagation Under the Influence of Sind Speed Gradient by the PE Method (24, 74)................................................................................. 1838
Takatoshi Yokota, Koichi Makino, Yohhihiro Hirao, Kohei Yamamoto, Yasuaki Okada, Koichi Yoshihisa
Numercal Simulation on Long-distance Outdoor Sound Propagation Over Complex-shaped Boundaries by Coupling FDTD and PE Methods (24, 75) ........................... 1845
Takatoshi Yokota, Koichi Makino, Yoshihiro Hirao, Kohei Yamamoto
Experimental Study on the Effects of Wind and the Ground on Horizontal Propagation of Sound (24, 72.1) .................................................................................................. 1853
Koichi Yoshihisa, Yasuaki Okada, Takatoshi Yokota, Teruo Iwase
Influence of Short-term Meteorological Variation Over the Flat Grass-covered Ground on Fluctuation of Noise Level (24.6, 76) ....................................................................... 1862
Hiroyuki Imaizumi, Yasumori Takahashi
Range-dependent Sound Speed Structure and Variability Measured Using SODAR, RASS and LIDAR (24.6, 76) ........................................................................................... 1872
David Waddington, Yui W. Lam
Coupling Between Turbulence Scales, Acoustic Frequency and Geometric Parameters and Its Effect on Sound Propagation in an Upward-reflecting Atmosphere (24.7, 76.1)................................................................................................................ 1882
Benjamin Cotte, Philippe Blanc-Benon
Transverse-longitudinal Coherence Function of a Sound Field Propagating in a Turbulent Atmosphere (24.7, 74.1) .............................................................................................. 1892
Vladimir E. Ostashev, D. Keith Wilson, Sandra L. Collier
25 Sound Propagation in Enclosed Spaces
Accuarcy of Large-scale Finite Element Sound Field Analysis in Rooms by Use of a Benchmark Platform (25, 75.3) ................................................................................................. 1902
Noriko Okamoto, Reiji Tomiku, Toru Otsuru, Takeshi Okuzono, Yosuke Yasuda
Time Domain Finite Element Field Analysis of Rooms Using Iterative Methods and Parallelization (25, 75.3) ........................................................................................................ 1909
Takeshi Okuzono, Toshihide Sueyoshi, Toru Otsuru, Noriko Okamoto, Reiji Tomiku
Development of a Capped Cylindrical Shell Test Fixture for Use in Validating a Measured Green's Function Approach to Predicting Sound Fields Within an Aircraft Fuselage (25, 76) ............................................................................................................. 1917
Joel R. Tuss, Courtney B. Burroughs
The Spatial Variability of a Frequency Band of Random Noise in a Reverberant Space (25.4, 77) ............................................................................................................................. 1927
John L. Davy
The Auditory Evaluation of the Correlation of the Early Reflection Sound in the Impulse Response (25.4, 63) ........................................................................................................ 1937
Toru Itakura, Yong Tang, Wakako Tanaka, Hideo Shibayama
26 Sound Propagation in Ducts
Measuring Characteristic Values of a New Metallic Absorber to Predict the Transmission Loss of Ducts with a Porous Absorbing Lining (26.1, 35)................................ 1946
Jorn Hubelt, Thomas Geyer, Hartmut Gohler
Sound Reduction Property of One-dimensional Duct with Random Loading (26.1, 38.2) ................................................................................................................................................ 1956
Noboru Nakasako, Hisanao Ogura, Aya Ishikawa
Experiences of the In-duct Exhaust Noise Measurement System (26.1, 72) .......................... 1966Matias Aura, Kari Saine, Claes Goran Johansson, Petter Johansson
Experimental Study of Duct Noise Reflection by a Side-branch Plate Supported by a Cavity (26.1, 34)..................................................................................................................... 1973
Chunqi Wang, Lixi Huang
Sound Reflection at an Open End of a Circular Duct Exhausting Hot Gas (26.2, 11.6.4) ............................................................................................................................................. 1981
Hans Rammal, Juri Lavrentjev
30 Noise Control Elements
Effectiveness of Insulation Measures and Underlying Factors (30, 52).................................. 1991Jutta Koehler, Annemarie Ruijsbroek, Ric van Poll
31 Barriers and Screens, Shielding
Sound Walls: Absorptive Versus Reflective Design and Effectiveness (31, 35) .................... 2000Patrick Harrison, Murray Stacy
Prediction of Barrier Effects in the Vicinity of Irregular Facades (31, 76)............................... 2007Ming Kan Law, Kai Ming Li
Modeling the Reduced Insertion Loss of a Sound Barrier in a Downward Refracting Atmosphere for a Petrochemical Plant (31.1, 76.1) ................................................ 2017
Frank H. Brittian, David J. Parzych
Expressway Noise Barrier Performance Including Durability of the Acoustical Property of Porous Asphalt Pavement (31.1, 11.7.1)................................................................. 2027
Osamu Funahashi, Kunio Nakasaki, Kohei Yamamoto
Case History: in Situ Verification of the Intrinsic Characteristics of the Acoustic Barriers Installed Along a New High Speed Railway Line (31.1, 52.4)..................................... 2036
Massimo Garai, Paolo Guidorzi
Use of Built Form to Mitigate Environmental Noise (31.1, 52.1)............................................... 2046Cornelius Huybregts
A Study of Random Jagged Edge Noise Barrier Performance Using an Analytical Approximation (31.1, 75) .............................................................................................................. 2056
Yiu W. Lam
Using 3D Visualization Tools to Engage Public in the Process of Planning Highway Noise Barrier - a Practical Hong Kong Experience (31.1, 66) ................................... 2066
Chee Kwan Lee, Chi Wing Law, Wan Choi Tim Hung, Ki Tin Geli Ma, Ping Sum Ng, Moon Kwong Daniel Tai, Kwok Leung Maurice Yeung
Noise-mitigation Efficiency of Barriers (31.1, 69) ...................................................................... 2074Mats E. Nilsson, Birgitta Berglund
Determination of Intrinsic Efficiency of Edge-modified Noise Barriers (31.1, 38.5) .............. 2080Tomonao Okubo, Kohei Yamamoto
Methodology of Designing Roadside Barriers to Protect Housing Blocks from Traffic Noise (31.1, 52.3) ............................................................................................................... 2090
I.L. Shubin, A.I. Nikolsky
An Investigation of Diffreaction Characteristics of a Crank Barrier in High-rise Cities (31.1, 24) .............................................................................................................................. 2095
Maurice K.L. Yeung, Kai Ming Li
34 Filters, Mufflers, Silencers and Resonators
Acoustic Attenuation and Flow Resistance Characteristics of Double Expansion Chamber Silencers (34.1, 26) ....................................................................................................... 2104
Zhenlin Ji, Yangquan Han
Boundary Element Acoustic Analysis of Packed Silencers with Perforated Facing (34.1, 75.5) ...................................................................................................................................... 2114
Zhenlin Ji
New Approach of Silencer Based on the Thermoacoustic Effect (34.1, 37.6) ........................ 2124Shin-ichi Sakamoto, Yoshiyuki Tsuji, Hideo Yoshida, Yoshiaki Watanabe
Study on Noise Reduction Characteristics of Silencer Using a Small Gas Turbine As a Sound Source (34.1, 72)....................................................................................................... 2129
Takashi Sato, Gaku Minorikawa
Improvement of a Forward Slanted Perforated Tube As Muffler (34.2, 72) ............................. 2134Kunisato Seto, Tawhidul Islam Khan, Kenbu Teramoto, Masataka Kosaka
A Study on the Resonance Frequency of Water-filled Helmholtz Resonator with Elastic Cavity Walls (34.3, 75.3) ................................................................................................... 2141
Chengguang Zhou, Xiaodong Li, Jing Tian, Qi Ju
Volume 4
35 Absorptive Materials
Sintered Metal Foams for Acosutic Absorption (35, 72.7) ........................................................ 2150Mark A. Kepets, Ann P. Dowling, Iain D.J. Dupere, Tian J. Lu
Sound Absorption and Sound Transmission of Polyurethanc Porous Foam and Its Film-faced Composite (35, 33) ................................................................................................ 2160
Jeong-Woo Kim
An Experimental Study of a Multi-size Microperforated Panel Absorber (35, 72) .................. 2170I. Made Miasa, Masaaki Okuma, Gota Kishimoto, Takeshi Nakahara
Structural-acoustic Couped Analysis in Consideration of Sound Absorption Characteristics of Materials (35, 76)............................................................................................ 2177
Young-chul Park, Yoichi Kanemitsu, Shinya Kijimoto, Koichi Matsuda, Yosuke Koba
Influence of Plenum Absorption on the Flanking Transmission of Suspended Ceiling (35, 51.5)............................................................................................................................ 2187
Juergen Royar, Martin Schmeizer
Methods for the Characterization of Porous Anistropic Visco-elastic Materials Enclosed in Sound Packages Used for Noise Control (35.1, 13.2.1) ....................................... 2197
Laurans Boeckx, P. Khurana, G. Vermeir, W. Desmet
Correlation Between Microscopic Characteristics with Macroscopic Acoustical Performance of Acoustical Materials (35.1, 76) ......................................................................... 2206
John G. Cherng, Xi Qian, Rolf Balte, Gang Yin, Pravansu S. Mohanty, Ravi Revenndra
On Developing a PML Absorbing Boundary Condition for Computational Aeroacoustics with Oblique Mean Flow (35.1, 75)..................................................................... 2216
Fang Q. Hu, Sarah A. Parrish
Basic Study for the Acoustic Characteristics of Granular Material (normal Incidence Absorption Coefficient for Multilayer Between Different Grain Diameters) (35.1, 76) ..................................................................................................................... 2226
Shuichi Sakamoto, Seiji Watanabe, Kensaku Yanagimoto, Yosuke Sakuma
Computation and Validation of Acoustical Properties of Various Foams and Fibers Using the Impedance Tube, Foam-X and AutoSEA2 (35.1, 70) .................................... 2232
Sanjay Sharma, Indranil Dandaroy
Characteristics of Porous Metals Sound Absorption in Liquids (35.1, 76.1).......................... 2241Xiaolin Wang
Study of Prediction for Sound Absorbing Characteristics of Perforated Panel in the Ultra Low Frequency Domain (35.1, 72.7) ............................................................................ 2246
Ichiro Yamagiwa, Toshimitsu Tanaka
A Correlation Method of Tube Attenuation in Impedance-tube Two-microphone-position Method for Absorption Coefficient (35.1, 72) .............................................................. 2254
Michihito Terao, Hidehisa Sekine, Takanori Ishii, Yasufumi Hattori
Advance in Micro-perforated-panel Sound Absorbers (35.2, 51.2).......................................... 2264K. Liu, J. Tian, F.L. Jiao, F.S. Gu, A.D. Ball, J. Jiang
The Effects of Manufacturing Processes on the Discharge Coefficient of the Perforated Face Sheet of an Acoustic Liner (35.2.5, 13.1.5)..................................................... 2272
Asif A. Syed, Michael J. Perrino
Acoustic Performance of Nickel-based Materials (35.5, 30) ..................................................... 2282Federico Rossi, Andrea Nicolini
Recent Advances in Resonator Physics (35.7, 26) .................................................................... 2290Alan S. Hersh, Bruce E. Walker
Sound Attenuation by Resonance Effect of Chamber Surrrounding by Rectangular Box of Ventilator Containing Fan Unit Casing (35.7, 11.4) ................................. 2300
Akira Sadamoto, Yasuji Tsubakishita, Kazuo Ogino, Seiji Shirahama
Increasing of Sound Absorption Properties of Acoustical Panels Based on Helmholtz Resonators of Double Plates with Orifices Inlet Neck by Geometrical Configuration Variables (35.7, 35) ............................................................................................... 2309
A. Sliwinski, M. Birnbach, S. Zachara
36 Hearing Protective Devices
Study of the Effect of Hearing Protectors for Military Noises Based on Time-frequency Analysis by Analytic Wavelet Transform (36, 75).................................................... 2318
William Murphy, Xiangdong Zhu, Jay Kim
Professional Musicians' Hearing, Their Perception of Risk, and Attitudes Regarding Hearing Protection (36, 60)........................................................................................ 2328
Maria Helena Mendes, Thais C. Morata, Jair M. Marques
Attenuation of High-level Acoustic Impulses by a Combination of Earmuffs and Earplugs (double Protection) (36, 21.3) ...................................................................................... 2335
Jan Zera, Rafal Mlynski
An Improved Earmuff Design with a Double-cup-double-seal Structure (36.1, 62.1) ............ 2345Yu Du, Kenji Homma, William Saunders, Michael Vaudrey
37 Noise Attenuation and Transmission in Ducts
Non-reflective Boundary Conditions for Non-uniform Mean Velocity Inlet and Outlet Flows (37, 76) ..................................................................................................................... 2355
Marius C. Banica, Iain D.J. Dupere, R. Stewart Cant
38 Special Treatments
Weak Radiating Cell for Active Vibration Control: First Approach (38.1, 38.5) ...................... 2365Petr Svec, Vojtech Jandak, Marek Brothanek, Ondrej Jiricek
Masking of Low Frequency Sound by Pure Tone and Band Noise (38.1, 61.5)...................... 2371Toshio Watanabe, Shinji Yamada
Smart Panel with Triangularly Shaped Piezoelectric Actuators for ASAC Control (38.2, 71,1) ...................................................................................................................................... 2381
Yohko Aoki, Paolo Gardonio, Stephen J. Elliot
Sound Profiling for Active Noise Control (38.2, 63.7) ............................................................... 2390Christian E. Carme, Vellipekka Mellin, Michael Kronast
A Study on Active Noise Control for Minimizing Total Acoustic Power (38.2, 70)................. 2398Akihiko Enamito, Kunio Matsukura, Nobuo Tanaka
Novel Approaches to Active Noise and Vibration Control (38.2, 46.4).................................... 2406Peter C. Herdic, Robert D Corsaro, Brian H. Houston, Joseph A. Bucaro, Nicholas Lagakos, Robert M. Baden
Active Control of Drag Noise from a Small Axial Flow Fan (38.2, 11.4.1) ............................... 2416Lixi Huang, Jian Wang
Active Noise Control System Using Refined Filtering Approach (38.2, 74)............................ 2426Kota Isozaki, Yusuke Tsuda, Tetsuya Shimamura
Active Noise Control Using Online Secondary Path Identification Algorithm (38.2, 74) ................................................................................................................................................... 2436
Shinya Kijimoto, Yasumasa Imamura, Yoichi Kanemitsu, Koichi Matsuda, Yosuke Koba
Reduced Sound Emissions of Facades Using Active Control Techniques (38.2, 51.1) ................................................................................................................................................ 2443
Lothar Kurtze, Thilo Bein, Torsten Doll, Holger Hanselka
Sound Attenuation Pattern in a Rectangular Enclosure Under Potential-energy Based Active Sound Transmission Control (38.2, 25) .............................................................. 2453
S.K. Lau, S.K. Tang
Finite Element Analysis of Active Structural Acoustics Control Using Smart Foam (38.2, 75.3) ...................................................................................................................................... 2463
Joshua Lee
Active Control of Automotive Intake Noise Under Rapid Acceleration Using the Co-FXLMS Algorithm (38.2, 13.2.1) ............................................................................................. 2472
Jae-Eung Oh, Gyeong-Tae Lee, Hae-Jin Lee, You-Yub Lee
Experimental Study of the Active Noise Control That Creates a Reflecting Surface in a Space (38.2, 76) ...................................................................................................................... 2482
Takahiro Nakashima, Shiro Ise
Active Noise Control with Considering Change of Acoustic Feature (38.2, 74.3).................. 2492Takayuki Kiozumi, Nobutaka Tsujiuchi, Masafumi Nishimura
A Study of Closed Loop Control Application to Active Technique with BVI Detection Method for Helicopter Noise Reduction (38.2, 13.1.4) ............................................. 2499
Kobiki Noboru, Hiroaki Fuse, Shigeru Saito, Hajime Fujita
Active Noise Reduction of Blade-passing Frequency Tone Radiated from a Centrifugal Blower (38.2, 11.4.2).................................................................................................. 2509
Yutaka Ohta, Takashi Goto, Eisuke Outa
Enhancement by Linear Prediction of Acoustic Reference Signals for Active Noise Control of Computer Cooling Fans (38.2, 12.3.4)............................................................ 2519
Felipe Orduna Bustamante, Antonio Tavares Mancillas, Rafael de la Guardia Gonzalez
Active Barrier for Airport Noise (38.2, 52.2.1) ............................................................................ 2529Alain Roure, Phillippe Herzog, Cedric Pinhede
Optimization of a Feedforward Active Noise Reduction (ANR) System for Broadband Noise Concellation (38.2, 74) ................................................................................... 2539
Corne J. Smith, Johan G. Lourens
Multiple Secondary Path Models for Active Noise Control (38.2, 74) ...................................... 2549Jian Zhao, Jian Xu, Xiaodong Li, Jing Tian
Effects of Sampling Rate on ANC Systems Using LMS Algorithm (38.2, 74.9) ...................... 2554S.R. Chen, G-P. J. Too
On an Active Vibration Control System of Impulsive Bang Noise for Floor-unit (38.3, 46.4) ...................................................................................................................................... 2562
Masato Anzai, Kazuhiro Kondo, Kiyoshi Nakagawa, Hideharu Isaka, Katuyoshi Suzuki
Basic Research on Active Sound Insulation Unit for Floor Impact Noise (38.3, 51.5) ................................................................................................................................................ 2571
Toshinobu Umebayashi, Masaharu Nishimura, Naoki Kanamori, Noriyuki Furuyashiki
Adaptive Hybrid Control of Smart Structures Subjected to Multiple Disturbances (38.5, 71.1) ...................................................................................................................................... 2581
Rajiv Kumar, Moinuddin, Narinder Singh, Sarabjit Singh, Ajay Gupta
Global Optimums for Stacking Sequence Design of Vibrating Laminated Composite Plates (38.5, 42) ......................................................................................................... 2591
Yoshihiro Narita
40 Vibration and Shock: Generation, Transmission and Reduction
The Present Situation and the Subject of Environmental Vibration in Japan (40, 84) ................................................................................................................................................... 2601
Kazuhiko Takemoto, Katsuhiko Naito, Masanori Fujimoto, Rika Tanaka, Teruki Murahashi, Akinori Yokota
Krylov Subspace Techniques for Low Frequency Structural Acoustic Analysis and Optimization (40, 76) ............................................................................................................. 2608
R. Srinivasan Puri, Denise Morrey, Evgenii B. Rudnyi, Jan G. Korvink, Andrew Bell, John F. Durodola
41 Characteristics of Sources of Vibration and Shock
Vibration Analysis of a Hemispherical Gyro (41, 42)................................................................. 2618Chan-Shin Chou, Fa-Hwa Shieh, Chia-Ou Chang
The Latest Ground Vibration Countermeasure by Using Isolation Wave Barrier (41, 60) ............................................................................................................................................ 2628
Klyoshi Hayakawa
Prediction Model 'INCE/J RTV-model 2003' for Ground Vibration Caused by Road Traffic; Part 2: Procedure for Calculation (41, 52.3) .................................................................. 2638
Yasuyuki Sano, Tatsuo Miyake, Hidenobu Uchida, Haruoki Naruse
Low-frequency Vibration Measurements on LTF Floors (41.2, 51) .......................................... 2648Grant Emms, Hyuck Chung, Kenneth McGunnigle, George Dodd, Gian Schmid, Colin Fox
42 Vibrating Surfaces and Structures
Characterization of Structure-borne Noise Sources Using a Reverberant Or Anechoic Plate (42, 76) ................................................................................................................. 2658
Evan B. Davis
Optimized Near Minimum Time Control of Flexible Structures Using Variable Gain Control Strategies (42, 71.1) ........................................................................................................ 2666
Rajiv Kumar, Moinuddin, Narinder Singh, Sarabjit Singh, Ajay Gupta
Vibration Localization of Finite Plates with Disordered and Irregular Rib Spacing (42, 38.5) ......................................................................................................................................... 2676
Tian Ran Lin, Jie Pan
On the Drive-point Mobility of a Periodic Rib-stiffened Plate (42, 51) ..................................... 2686Trevor R.T. Nightingale, Ivan Bosmans
Spectral Element Vibration Analysis of Plate Structure (42, 74.8)........................................... 2696J-H. Song, S-Y. Hong, D-J. Kim
43 Propagation in Structures
Ultrasound Propagation in Non-metallic Materials (43, 72.7) ................................................... 2705Irinela Chilibon
Including the Irregularities in the Light-weight Floor-ceiling Model (43, 51) .......................... 2711Hyuck Chung, Colin Fox
Numerical Analysis on Vibration Reduction Effect of 'hybrid Vibration Wall' Using Gas Cushions (43, 52.3)................................................................................................................ 2720
Hirotoshi Ishii, Hitoshi Kanda, Osamu Yoshioka, Tadanori Nishimura, Takumi Nakanishi, Motohiro Ohki, Masahiro Shojio
Techniques for Measuring the Propagation Speed of Vibration Waves in the Ground (43, 72.5)........................................................................................................................... 2728
Anthony Nash
Prediction Model 'INCE/J RTV-model 2003' for Ground Vibration Caused by Road Traffic; Part 1: Outline of the Prediction Model (43, 76.1)......................................................... 2736
Hidenobu Uchida, Akinori Yokota, Yasuyuki Sano, Haruoki Haruse
Vibration Measurement in Residential Building for Evaluation of Ground-borne Vibration in Living Environment (43.2, 51) ................................................................................. 2746
Yasunao Matsumoto, Sunao Kunimatsu, Yoshihiro Hirao, Akinori Yokota
Experimental Research Relating to Responsive Appraisal of Compound Vibrations and Noise Stimuli (43.2.2, 52.4)................................................................................. 2756
Takeshi Goto, Yoshiki Nageseki, Ryuji Endo, Yoshitsugu Kawakami, Masayuki Shimura
Reduction of Road Traffic-induced Vibration by Layered Soilbags (donov) (43.2.3, 52.3) ................................................................................................................................................ 2766
Hajime Matsuoka, Hirokazu Kadota, Yoshitaka Ashikari
46 Vibration Isolators and Attenuators
Effect on the Ground Vibration Isolation by the EPS Composition Isolation Wall and the Proposal of That Appraisal Method (46, 43) ................................................................. 2775
Klyoshi Hayakawa, Ikuo Nakaya, Hiroyasu Ogata, Yasuhiro Mae
Grommet and Gasket Effectiveness for Vibration Isolation (46.2, 76) .................................... 2785Mohamed Atali, Eric Herrera
Engine Mounting Layout by Air Spring (46.2, 11.6.4) ................................................................ 2794Tetsuya Sakai, Toshiyuki Shibayama, Mitsuo Iwahara, Akio Nagamatsu
Synthesis of a Semi-active Controller for a Magneto-rheological Damper Suspension Seat for Attenuation of Vibration and Shock (46.4, 49.1) .................................... 2804
X.Q. Ma, S. Rakheja, C-Y Su
47 Vibration Damping Materials and Structures
Designing Damping Materials for Specific Applications (47, 35.2).......................................... 2814John C. Gagliardi
49 Effects of Vibration and Mechanical Shock
Lumbar Muscle Haemodynamic Responses in Healthy Women During Exposure to Seated Whole-body Vibration (WBV) (49, 62) ........................................................................ 2820
Rammohan V. Maikala, Yagesh N. Bhambhani
A Review of Studies of Whole-body Vibration Perception Thresholds (49, 41) ..................... 2827Yasunao Matsumoto
Characteristics of Equivalent Comfort Levels of Korean Seated Subjects to Vertical Vibration (49.1, 72.2) ....................................................................................................... 2835
Wan-Sup Cheung, Young-Tae Kim
An Evaluation of Hand-arm System Models Used for Vibrating Tool Analyses and Test Rig Constructions (49.1, 76) ................................................................................................ 2841
Ren G. Dong, Daniel E. Welcome, John Z. Wu, Thomas W. McDowell
An Evaluation of Experimental Data of the Hand Driving-point Biodynamic Responses Measured on Zb Axis (49.1, 76) ............................................................................... 2851
Ren G. Dong, Daniel E. Welcome, John Z. Wu, Thomas W. McDowell, Christopher Warren
Volume 5
Effect of Visual Scenery and Seat-floor Vibration to the Perception of Sound Quality of Car Interior; Part 1: Effect of the Variations of Brightness of the Scenery and Vibration Level to the Perception (49.1, 13.2.1)................................................... 2861
T. Hashimoto, S. Hatano S.H., Shin
Effect of Visual Scenery and Seat-floor Vibration to the Perception of Sound Quality of Car Interior; Part 2: Multiple Regression Model for the Sound Quality Evaluation (49.1, 63.7)................................................................................................................... 2870
Shigeko Hatano, Sung-Hwan Shin, Takeo Hashimoto
An Investigation of Factors Affecting Whole-body Vibration Perception Thresholds of Recumbent Subjects (49.1, 77) ........................................................................... 2876
Yuichi Iwata, Yasuyuki Iwane, Yasunao Matsumoto, Setsuo Maeda
Study of Hand-arm Transmitted Impulsive Vibrations Using Analytic Wavelet Transform (49.1, 75) ...................................................................................................................... 2884
Won Joon Song, Jay Kim, David E. Welcome, Ren G. Dong, Charles Hayden
Whole-body Vibration Exposure Among Operators of Heavy Earthmoving Equipment (49.1, 13.7.1) ............................................................................................................... 2894
N.K. Kittusamy, Bryan Buchholz
Whole-body Vibration in Manuel Wheelchair with and Without Suspension Based on ISO 2631-1 (49.1, 46) ................................................................................................................ 2903
Setsuo Maeda, Shinichi Ohno
Improving 12-axis Measurement Equipment for Whole-body Vibration Comfort Evaluation (49.1, 73)...................................................................................................................... 2911
Yka Marjanen, Neil Mansfield, Setsuo Maeda
Influence of Posture on the Biomechanical Response to Whole-body Vibration Exposure (49.1, 13.7.1) ................................................................................................................. 2921
Geraldine S. Newell, Setsuo Maeda, Neil J. Mansfield
Design Synthesis of a Dynamic Manikin Simulating the Seated Subjects Apparent Mass Response for Different Body Masses Under Whole-body Vibration (49.1, 73)............. 2931
S.K. Patra, S. Rakheja, H. Nelisse, J. Boutin
Americal National Standards Institute Approves ANSI S2.70 - Guide for the Measurement and Evaluation of Human Exposure to Vibration Transmitted to the Hand (49.1, 81.1)............................................................................................................................ 2941
Douglas D. Reynolds
Mitigation Strategies to Reduce Rattle and Vibration (49.1, 52.2.1) ........................................ 2947Daniel H. Robinson, Robert J. Bernhard, Luc G. Mongeau
Head Vibration During Operating a Hand-held Vibrating Tool (49.1, 12.5) ............................. 2957Hisataka Sakakibara, Setsuo Maeda
An Experiment on Whole-body Vibration Perception Threshold of People Exposed to Noise (49.1, 64) ......................................................................................................... 2962
Tetsumi Sato, Setsuo Maeda, Takashi Yano
Effectiveness of Considering the Human Body Vibration in Evaluating High-level Low-frequency Noise (49.1, 69) ................................................................................................... 2969
Yukio Takahashi
Development of Human Vibration Dummy for Evaluation of Spinal Column - Construction of Preproduction Prototype (49.1, 62) ................................................................. 2979
Gen Tamaoki, Takuya Yoshimura
The Stimulus Location and Static Compression Affect the Biodynamic Interaction Between the Fingertip and Probe in the Vibrotactile Test: 2D Finite Element Simulations (49.1, 75.3) ................................................................................................................ 2989
John Z. Wu, Kristine Krajnak, Danial E. Welcome, Rne G. Dong
Evaluation Methods for 'guidelines for the Evaluation of Habitability to Building Vibration' (49.1, 85) ....................................................................................................................... 2999
Shigenori Yokoshima, Yasuhiko Izumi, Kazutsugu Hiramatsu, Toshihisa Ishibashi, Yoshiki Nagaseki, Takeshi Goto
MBD Modeling of Seated Human Body Under Exposure to Whole Body Vibration (49.1, 72) ......................................................................................................................................... 3008
Takuya Yoshimura, Kazuma Nakai, Gen Tamaoki, Kaoru Kuriyama
51 Building Noise Control
Actual Conditions of Noises in Hospitals - Comparison Between Hospitals in Japan and Germany (51, 77) ........................................................................................................ 3014
Takayuki Kokubo, Yukko Yamada
Experimental Research Relating to Responsive Appraisal of Compound Vibrations and Noise Stimuli (51, 52.4)....................................................................................... 3022
Takeshi Goto, Yoshiki Gagaseki, Ryuji Endo, Yoshitsugu Kawakami, Masayuki Shimura
Systematic Measurements of Classroom Acoustics (51.1, 25) ................................................ 3032Nils-Ake Andersson, Carsten Svensson, Erling Nilsson
Acoustics of Cemil Topuzlu Open Air Theater - Comparison of Acoustic Measurements and Simulation Results (51.1, 76) ..................................................................... 3039
Nurgun Tamer Bayazit, Kerime Yasaroglu
A Questionaire Survey of Elementary School Students' and Teachers' Perception of Noise in Istanbul (51.1, 63) ...................................................................................................... 3048
Nurgun Tamer Bayazit, Suat Kucukciftci, Sevtap Yilmaz, Cem Altun, Nilgun Uluser Inan
Sound Field Amplification Systems - an Aid to Learning, But Not a Solution for Bad Acoustics (51.1, 63.3)............................................................................................................ 3057
Frank Chang, Philip J. Dickinson
Noise Threat Impact on Hearing in Schools and Students' Music Clubs (51.1, 62.1)............ 3062Bozena Kostek, Jozef Kotus, Andrzej Czyzewski
Actual Situations of Sound Environment for Hearing-impaired Students in Normal Classrooms During School Hours (51.1, 61.3) ........................................................................... 3072
Keiko Nishizawa, Tetsuya Sakuma
Sound Field Modeling in Architectural Acoustics Using a Diffusion Equation (51.1, 25.3) ...................................................................................................................................... 3081
Judicael Picaut, Alexis Billon, Vincent Valeau, Anas Sakout
Building Acoustics (healthcare): the New AIA Interim Guideline on Acoustics, Noise and Privacy for Hospitals and Healthcare Facilities (51.1, 81.9) ................................... 3089
David Sykes, Gregory Tocci, Kurt Rockstroh, Jo Solet
The Acoustic Information Extraction of the Indoor Impulse Response by Multiresolutional Analysis (51.1, 25) ........................................................................................... 3097
Wakako Tanaka, Yong Tang, Toru Itakura, Hideo Shibayama
Attractor Analysis by the Self-similarity Method for the Acoustic Impulse Response in Room (51.1, 25) ....................................................................................................... 3104
Yong Tang, Hideo Shibayama, Wakako Tanaka, Toru Itakura
Characterizing Noise in Hospitals (51.1, 62.2) ........................................................................... 3114James E. West, Ilene J. Busch-Vishniac, Mark MacLeod, Jonathan Kracht, Douglas Orellana, Jeffrey Dunn
Results of Field Measurements of Generated Sound of Japanese Drum 'taiko' and Consideration Towards Its Sound Insulation (51.1.2, 51.3) ...................................................... 3124
Chiaki Ishiwata, Toshiko Fukuchi
Architectural Acoustic Environment, Music and Dinint Experience (51.1.2, 25).................... 3132Jian Kang, Willie Lok
Distortion Product Otoacoustic Emission Fine Structure of Symphony Orchestra Musicians (51.1.2, 61) ................................................................................................................... 3142
Karen Reuter, Dorte Hammershoi
Simulation As a Tool for Studying the Real Location of a Pipe Organ in a Church (51.1.2, 76.1.2)................................................................................................................................ 3150
J. Segura, J. Navasquillo, E.A. Navarro, J. Romero, A. Gimenez, S. Cerda
Absorption Coefficient for Acoustical Quality in Living Rooms in Care Centers for People with Intellectual Disabilities (51.2, 35)............................................................................ 3158
Konca Saher, Lau Nijs
Multi-family Housing Sound Isolation: a Summary of Industry Standards for Design of Demising Assemblies (51.3, 81.1) .............................................................................. 3166
Eric L. Broadhurst, Peter K. Holst
Prediction of Sound Transmission Through Double Panels Filled with Granular Materials (51.3, 75) ........................................................................................................................ 3173
Jean Daniel Chazot, Jean Louis Guyader
Sound Insulation in Lightweight Constructions - Austrian Experiences with Solid Wood Panels Buildings (51.3, 51.5)............................................................................................. 3183
Heinz J. Ferk
Sound Transmission Thorugh Glass Panels: a Case Study (51.3, 23.9)................................. 3196M. Baris Kiyar, Steve Seidlitz, Daniel Kato
Dependence of Transmission Loss of Double-wall Structures on the Acoustic Characteristics of Gases Between Walls (51.3, 23.9) ................................................................ 3205
Daisuke Muto, Yasushi Takano
Development of Anti-noise Casement Windows (51.3, 52.3).................................................... 3215Yuya Nishimura, Tsuyoshi Nishimura, Sohei Nishimura, Takashi Yano
Sound Transmission Loss of Damped Honeycomb Sandwich Panels (51.3, 72.5) ............... 3220Portia R. Peters, Shankar Rajaram, Steven Nutt
Sound Insulation Performance of Double Leaf Partition Improved with Various Types (51.3, 30) ............................................................................................................................. 3230
Satoshi Sugie, Junichi Yoshimura, Teruo Iwase
Development of a Technique to Improve the Sound Insulation of Double-leaf Walls with Air-space Using Microperforated Sound Absorbing Plate (51.3, 35) .................... 3239
Kazuki Tsugihashi, Toshimitsu Tanaka, Hiroki Ueda
Acoustical Development of a High Performance Floor Construction (51.3, 51.5).................. 3249Gerrit Vermeir, Bart Ingelaere
Application of the Direct Method of ISO 10848 to Flanking Transmission Through Double Leaf Gypsum Board Walls (51.4, 51.5)........................................................................... 3256
Stefan Schoenwald, Trevor Nightingale, Eddy Gerretsen, Heiko Martin
Effects of Size and Edge Damping on Measurement Results for Sound Reduction Index of Glass Pane (51.4, 47.3) .................................................................................................. 3266
Junichi Yoshimura, Satoshi Sugie, Emi Toyoda
Field Surveys on Floor Impact Sound of Multiple Dwelling Houses in Korea and Malaysia (51.5, 77)......................................................................................................................... 3276
Navzi Bin Che Din, Toru Otsuru, Reiji Tomiku, Jeong Jeahun
Effectiveness of Resilient Underlayment in Reducing Impact Sound in Metal Joist and Concrete Floor-ceiling Assemblies (51.5, 46) ..................................................................... 3283
Paul Downey, Thomas Utley
Calibrated Modeling of Low-frequency Vibration in Light Weight Timber Floors (51.5, 75) ......................................................................................................................................... 3287
Colin Fox, Hyuck Chung, George Dodd, Gain Schmid, Grant Emms, Ken McGunigle
An Investigation of the Impact Force Characteristics of Human and Standard Impact Sources (51.5, 45) ............................................................................................................. 3295
Kyoung-woo Kim, Kwan-seop Yang, Jang-yeul Sohn
An Analysis of the Influence Factors of Heavy-weight Impact Sound Levels (51.5, 45) ................................................................................................................................................... 3303
Kyoung-woo Kim, Kwan-seop Yang, Jang-yeul Sohn
An Experimental Study on the Reduction Methods of Floor Impact Sound for Wall Slab Type of Apartment House (51.5, 30) ................................................................................... 3311
Sun-Woo Kim, Gil-Soo Jang, Chan Kook, Tai-Gang Lee
Analysis of the Dynamic Stiffness of Resilient Materials and Influence Factors at Measurement (51.5, 72)................................................................................................................. 3320
Kwan-seop Yang, Kyoung-woo Kim, Hyun-jung Choi, Young-sun Jeong
Sub-structuring of Timber Construction and Perdiction of Flanking Transmission Using SEA and Reverse SEA (51.5, 75.2) ................................................................................... 3328
Jean-Luc Kouyoumji
Analytical Modelling of Flanking Transmission in Lightweight Buildings (51.5, 75) ............. 3337Lars-Goran Sjokvist, Jonas Brunskog
Measurements of Flanking Transmission for a Lightweight Floor (51.5, 72.5) ...................... 3347Lars-Goran Sjokvist, Jonas Brunskog
Floor Impact Sound Using Tapping Machine and Walking Sense of Aged and Adults for Floor Finishing Materials (51.5, 72) ........................................................................... 3357
Ryuta Tomita, Katsuo Inoue
Influence of the Spatial Response of the Room for Heavy Weight Floor Impact Sound (51.5, 51.1).......................................................................................................................... 3367
Ryu Tomitaka, Tomotaka Hiramatsu, Atsushi Tabata
Effects of the Structural Stiffness of Concrete Slabs on Floor Impact Sounds (51.5, 40) ......................................................................................................................................... 3374
Jin Yong Jeon, Seung Yup Yoo
Development of a Duct-type Ventilation System with High Sound Insulation (51.6, 37) ................................................................................................................................................... 3380
Takumi Asakura, Shinichi Sakamoto, Hiroaki Rikitake, Yutaka Higuchi, Yuu Sakimoto, Fumiaki Satoh, Hideki Tachibana
Outdoor Air-conditioning Unit Noise: a Novel Solution (51.6, 52.1) ........................................ 3389Todd R. Beiler
The Measurement of Ventilated Supercavity Interface Vibrations (51.6, 72.2) ....................... 3397Timothy A. Brungart, Steven D. Young, Gregory A. Meyer, Lynn T. Antoneli, Alia Winslow
Evaluation of the Floor Impact Sound Isolation Performance of the New On-dol (51.6, 45) ......................................................................................................................................... 3406
Gyoung-seok Choi, Kyoung-woo Kim, Jae-sik Kang, Kwan-seop Yang
Optimization of Baffle Configurations to Prevent Aeroacoustic Instabilities in Heat Exchangers: a Preliminary Study (51.6, 21.6.5) ................................................................ 3413
Miguel Moreira, Jose Antunes, Martins Paulino, Vincent Debut, Heitor Pina
Numerical Analysis of Sound Propagation Between Open-type Classrooms (51.7, 75) ................................................................................................................................................... 3423
Akihiro Nakajima, Kanako Ueno, Shinichi Sakamoto, Hideki Tachibana
Review of Elevator Noise and Vibration Criteria, Sources and Control for Multifamily Residential Buildings (51.8, 49.3) ............................................................................ 3431
Jeffrey L. Fullerton
Plumbing System Nosie Mitigation (51.9, 12.4.8) ...................................................................... 3439Chip O'Neil
52 Community Noise Control
Putting Noise Annoyance in the Broader Context of Sustainable Development (52, 63.2) ......................................................................................................................................... 3449
Dick Botteldooren, Peter Lercher
Rethinking 'quiet Areas' As 'areas of High Acoustic Quality' (52, 80) ..................................... 3459A.L. Brown
The Holistic Approach for Low Noise Transport Solutions (52, 30) ........................................ 3468Cristina Pronello
Milstoy- an Advanced and User Friendly Tool for Noise Planning (52.1, 76.1.1) ................... 3478Erling J. Andreassen, Nils Ivar Nelsen
A Dualistic Psychoacoustic Research Stategy for Measuring Soundscape Quality (52.1, 72) ......................................................................................................................................... 3483
Birgitta Berglund, Osten Axelsson, Mats E. Nilsson
Noise in a College Community (52.1, 56.1)................................................................................. 3489Sergio Beristain
Quality Labels for the Quiet Rural Soundscapes (52.1, 63.7)................................................... 3493Dick Botteldooren, Bert De Coensel
Preserving Natural Quiet Areas and Urban Parks (52.1, 61) .................................................... 3501Giovanni Brambilla, Luigi Maffei, Giovanni Zambon
Conducting Environmental Noise Impact Assessments (52.1, 68).......................................... 3509Marion Burgess
Combined Modeling of Noise Exposure and Air Pollution in Gis (52.1, 76) ........................... 3514Volker Diegmann, Florian Pfaefflin, Hartmut Stapelfeldt
Characterizing Ambient Soundscape and Noise Intrusions (52.1, 77).................................... 3524Micah Downing
In Search for Soundscape Indicator: Physical Descriptions of Semantic Categories (52.1, 63.2) .................................................................................................................. 3534
Daniele Dubois, Catherine Guastavino
Long-term Sound Levels: Experimental Observations and Theoretical Estimations (52.1, 24) ................................................................................................................... 3544
David Ecotiere, Benoit Gauvreau, Michel Berengier
New Options for the Determination of Environmental Noise Quality (52.1, 63.7) .................. 3551Andre Fiebig, Brigette Schulte-Fortkamp, Klaus Genuit
Audio-visual Interaction in the Image Evaluation of the Environment - an On-site Investigation (52.1, 63.2)............................................................................................................... 3561
Mai Fujiwara, Shoji Aono, Sonoko Kuwano
Event Monitoring System to Control the Sound Emission of Loud Musical Events (52.1, 52.7) ...................................................................................................................................... 3569
Jan H. Granneman, Theo J.M. van Diepen
Volume 6
From Language and Concepts to Acoustics: How Do People Cognitively Process Soundscapes? (52.1, 61) .............................................................................................................. 3579
Catherine Guastavino, Daniele Dubois
Accuracy Implications of Computerized Noise Predictions for Environmental Noise Mapping (52.1, 76.1) ........................................................................................................... 3586
Peter Hepworth
Noise Mapping and Action Planning in Turkey - a Twinning Project of the European Commission (52.1, 84.1) ............................................................................................. 3592
Volker K.P. Irmer
Field Survey on the Effect of Ecological Amenity on the Recognition of Environmental Noise (52.1, 66).................................................................................................... 3596
Gil-Soo Jang, Min-Jeong Song, Chan Kook, Sun-Woo Kim
Noise Mapping in the City of Cheongju (52.1, 77) ..................................................................... 3606J.H. Ko, S.J. Park, D.S. Kim, S.I. Chang, B.C. Lee
Characteristics of and Human Preference for the Countryside Soundscapes of Hong Kong (52.1, 63) .................................................................................................................... 3613
Kin Che Lam, Lawal M. Marafa, Man Yin Keung, Pak Kin Chan, Kwai Cheong Chau
Nes Monitoring System for Environmental Noise Measurement Based on Central Control (52.1, 77) ........................................................................................................................... 3622
Sang Kwon Lee, Su Gon Kim
HARMONOISE and IMAGINE Projects: Synthesis of the Outcome of Long Term Noise Measurements (52.1, 77).................................................................................................... 3626
Gaetano Licitra, Marco Paviotti, Andrea Iacoponi, Stylianos Kephalopoulos
The Response of Population to Urban Noise: the Results of a Socio-acoustic Survey Performed in a Residential Area of Pisa (52.1, 66) ....................................................... 3636
G. Licitra, M. Nolli
Analysis of Sound Environment in Chinese City (52.1, 66) ...................................................... 3646Hui Ma, Takashi Yano
(Un)sound Management. Three Laboratory Experiments on the Effects of Social Nonacoustical Determinants of Noise Annoyance (52.1, 63.7) ................................................ 3654
Eveline Maris, Pieter Jan M. Stallen, Herman Steensma, Riel Vermunt
What Do Citizens Imagine is a Level of 80 dB?: a Basic Study of Environmental Communication on Soundscape Issues (52.1, 63.2) ................................................................. 3663
Koji Nagahata
Noise Mapping and Action Planning - the European Approach to Reduce Environmental Noise (52.1, 69).................................................................................................... 3671
Wolfgang Probst
Night Levels Estimation in Urban Environments (52.1, 56) ...................................................... 3677J. Romeu, S. Jimemez, M. Genesca, T. Pamies
The Relationship Between Variety of Community Noise and Sleep Disturbance in Japanese (52.1, 63.4) .................................................................................................................... 3687
Yosiaki Sasazawa, Tomohuki Kawada, Shosuke Suzuki
Soundscape: an Approach to Combine Physical Measures and Subjective Evaluation with Respect to Community Noise Assessment (52.1, 76).................................... 3696
Bennet M. Brooks, Brigette Schulte-Forkamp
Noise Policies in Southwest Asia (52.1, 84) ............................................................................... 3701Dieter Schwela
Evaluation for the Complexity on Environmental Sound in Surburban District (52.1, 22.6) ...................................................................................................................................... 3715
Hideo Shibayama
Case Study of Soundscape Assessment and Design Methods (52.1, 56.1) ........................... 3725Gary W. Seibein, Youngmin Kwon, Pattra Smitthakom, Martin A. Gold
Community Perceptions and Their Role in Noise Control: a Tale of One City (52.1, 63) ................................................................................................................................................... 3732
Nerbert L. Singleton
Prescription of Time Intervals for Environmental Noise Assessment (52.1, 69).................... 3742Hideki Tachibana, Kohei Yamamoto, Jiro Kaku
Acoustical Measurements of Soundscapes and Their Relationship to Real-world Conditions (52.1, 72.1) .................................................................................................................. 3749
Nancy S. Timmerman
An Epidemiological Study on Noise in Paris Area: Methods and Preliminary Results (52.1, 62)........................................................................................................................... 3755
Michel Vallet, Jean Marie Cohen, Jean Marc Abramowitch, Agnes Lefranc
Methods for Assessing Preschool Children's Perception and Experience of Their Soundscape (52.1, 63.5) ............................................................................................................... 3759
Kerstin Persson Waye, Lena Samuelsson, Agneta Agge, Lotta Delive
Development of Noise Assessment Method for School Playground Noise (52.1, 63.2) ................................................................................................................................................ 3767
Weixiong Wu
Impact of Vibration on Railway and Road Traffic Noise Annoyance (52.1, 63.1) ................... 3775Takashi Yano, Tetsumi Sato, Takashi Morihara
Effects of Cultural Factors on the Environmental Noise Evaluation (52.1, 63.2) ................... 3782Chia-Jen Yu, Jian Kang
Integration of Social/demographic Factors Into the Soundscape Evaluation of Urban Open Spaces Using Artificial Neural Networks (52.1, 76) ............................................. 3792
Lei Yu, Jian Kang
Aviation and the Environmental Noise Directive: an Analysis of Difficulties and Gaps in the Implementation (52.2, 72) ........................................................................................ 3800
Delia Dimitriu
Management of Environmental Noise on Cracos Based Example (52.2, 72).......................... 3811Andrzej Golas, Wojciech Ciesielka
Noise Annoyance, Stress and Health Around an Airport in Japan (52.2, 60) ......................... 3821Tetsuya Kaneko, Kyoichi Goto
Design and Evaluation of Short-term Realizable New Noise Abatement Flight Procedures (52.2, 82) .................................................................................................................... 3828
Reinhard Koenig, Oliver Macke, Stefan Kreth
Investigation of the Operability of Noise-induced Approaches by Pilots (52.2, 38.4) ................................................................................................................................................ 3838
Alexander Samel, Eva-Maria Elmenhorst, Hartmut Maass, Martin Vejvoda
Qualification of an Aircraft Ground Run-up Enclosure (GRE) Using a Novel Sound Monitoring and Analysis Approach (52.2.1, 72) ......................................................................... 3846
Joseph C. Begin, Kerrie G. Standlee,
Environmental Impact Assessment of Continuous Descent Approaches at Manchester and Bucharest Airports (52.2.1, 68) ....................................................................... 3856
Ivan de Lepinay, Delia Dimitriu, Alan Melrose
New Landing Charge at Narita International Airport (52.2.1, 38.4) .......................................... 3864Kenichi Katsuta, Keiichi Oshio, Saburo Ogata, Naoaki Shinohara
Introduction of Subsidization of Soundproofing Installation Around Airports in Taiwan (52.2.1, 51)......................................................................................................................... 3872
Hung-Hsien Lin, Chi-Min Liao, Hung-Liang Kuo, Chien-Wei Chen
Effectiveness of Noise Reduction Hanger for Engine Run-up at Narita International Airport (52.2.1, 30) .................................................................................................. 3879
Saburo Ogata, Keiichi Oshio, Naoaki Shinohara, Ichiro Yamada
Operational Measures Adopted in Japan to Abate Noise Impact Around Airports (52.2.1, 38.4) ................................................................................................................................... 3887
Kazuki Sakamoto, Hisashi Yoshioka, Ichiro Yamada
Improvement of Acosutical Aircraft Type Identification System for Noise Monitoring (52.2.1, 13.1) ............................................................................................................... 3895
Keishi Sakoda, Yasutaka Nakajima, Kenji Fukushima, Hidebumi Tsukioka, Koichi Makino
Economic Assessment of Low-noise Arrival and Departure Procedures with Means of External Cost and Landing Fee Models Around a Generic Airport (52.2.1, 67) ...................................................................................................................................... 3903
Stefan Schwanke, Torsten Bahr
Airport Noise Policies in the Duropean Union (52.2.1, 69) ....................................................... 3914Michel Vallet
Noise Optimal Resolution of Air Traffic Conflicts (52.2.1, 38.4.2)............................................ 3918H.G. Visser
Reliability of an Airport Noise Prediciton Model in the Long Distance from the Airport (52.2.1, 76.1)...................................................................................................................... 3928
Hisashi Yoshioka, Kiyoshi Iwasaki, Ichiro Yamada, Kazuki Sakamoto
Routes Changes Aiming Noise Levels Reduction on Residential Use Zones Around Airports Using Aircraft's Noise Classification by Sensibility Coefficients (52.2.1, 38.4.2)................................................................................................................................ 3934
Rita de Cassia, C. Nogueira, Jules G. Slama
Assessment of Environmental Noise from the U.S. Army Transformation and Base Realignment (52.2.2, 13.1) .................................................................................................. 3943
William A. Russell
Traffic Management and Noise (52.3, 38.4.1) ............................................................................. 3953Hans Bendtsen, Lars Ellebjerg Larsen
A Longitudinal Study of Response to Night-time Traffic Load (52.3, 63)................................ 3961A.L. Brown
Short Term Versus Long Term Traffic Noise Measurements (52.3, 69) .................................. 3970Jerzy A. Ejsmont, Grzegorz Ronowski
Predicting Method of Insertion Loss of Road Traffic Noise by Detached Houses at Areas Facing Flat Road (52.3, 51.3)............................................................................................. 3980
Kazutoshi Fujimoto, Koji Yamaguchi, Toshiro Nakanishi, Ken Anai
The Influence of Temperature, Rainfall and Traffic Speeds on Noise Emissions of Motorways (52.3, 24) ..................................................................................................................... 3989
J. Jabben, C.J.M. Potma
Investigation of Traffic Noise Attenuation Based on Optimizing Species and Community of Plants Along Avenues (52.3, 24.5) ..................................................................... 3995
Weikang Jiang, Fuxing Zhang, Qingfei Zhang
A Study on Evaluation Methods of Combined Traffic Noises; Part 1: Response to Road Traffic and Conventional Railway Noises in a Laboratory (52.3, 52.4).......................... 4001
Jun Kamitani, Shigenori Yokoshima, Atsushi Ota, Akihiro Tamura
A Comparative Analysis of Urban Traffic Noise Models: Kuwait Urban Area Case (52.3, 76.1) ...................................................................................................................................... 4008
Parviz A. Koushki, Nayef Al-Mutairi, Saud Al-Radhied
Used Results of Assessments Road Traffic Noise in Surroundings to Estimate Road Traffic Noise at Workplaces in the Offic Buildings (52.3, 51.1) ...................................... 4016
Witold Mikulski
The Relationships Between Willingness to Pay and Sound Level of Traffic Noise (52.3, 67.2) ...................................................................................................................................... 4023
Makoto Morinaga, Shoji Aono, Takanori Matsui, Sonoko Kuwano
Fundamental Model Test on the Ground Vibration Isolation Barrier for the Traffic Vibration (52.3, 40) ........................................................................................................................ 4033
Yasuyuki Nabeshima, Kiyoshi Hayakawa
A Study on Evaluation Methods of Combined Traffic Noises, Part 2: Community Response to Road Traffic and Conventional Railway Noises (52.3, 52.9) .............................. 4041
Atsushi Ota, Shigenori Yokoshima, Jun Kamitani, Akihiro Tamura
Study on Traffic Noise Reduction Plan in Urban Residential Areas Including Apartment Regions (52.3, 30) ...................................................................................................... 4049
Youngmin Park, Hyosung Sun
Community Response to Road Traffic Noise in Hanoi, Part I: Outline of Social Survey and Noise Measurement (52.3, 63.2) .............................................................................. 4054
Phan Thi Hai Yen, P.T. Hai Anh, T. Nishimura, P.N. Dang, P.D. Nguyen, L.V. Nai, Y. Hashimoto, T. Sato, T.D. Cuong, T. Yano
Community Response to Road Traffic Noise in Hanoi, Part II: Effects of Moderators on Annoyance (52.3, 63.2) ....................................................................................... 4062
Phan Thi Hai Yen, P.T. Hai Anh, T. Nishimura, P.N. Dang, P.D. Nguyen, L.V. Nai, Y. Hashimoto, T. Sato, T.D. Cuong, T. Yano
Transportation Noise in France: Lessons from Framework Program PREDIT 2 (52.3, 52.4) ...................................................................................................................................... 4068
Jean-Dominique Polack, Guillaume Faburel, Jacques Beaumont
Road Traffic Noise in Urban Areas - Annoyance and Reduction Measures (52.3, 63.2) ................................................................................................................................................ 4077
Hans J.A van Leeuwen
More Traffic - Less Noise: an Interdisciplinary Approach to Reducing Transportation Noise (52.3, 30) ................................................................................................... 4086
Dietmar Wurzel
Highway Noise Abatement Project of Korea Highway Corporation (52.3, 30)........................ 4095S.I. Chang, J.H. Son, T.R. Choung, H.M. Kang, T.S. Chang, K.J. Lee, H. Kwon
Improvement of Convergence Efficiency About Selection Technique for Optimal Measures Against Road Traffic Noise by Using Genetic Algroithm (52.3, 76.1.1.1) .............. 4102
Ken Anai, Kazutoshi Fujimoto, Akiko Wakuda
The Characteristics and Measurement Scheme for Ground Vibration Induced by Passing Train in Bridge Structures (52.4, 43.2.3) ...................................................................... 4110
Yit-Jin Chen, Yi-Jiun Shen, Kuo-Yen Chen
53 In Plant Noise Control
Modeling Uncertainty Creep Due to Variability in Model Constituents (53, 75.1) .................. 4120David J. Parzych, Robert A. Putnam
Hypertensive Disease in Sawmill Workers Chronically Exposed to High Noise Levels (53.1, 62.1).......................................................................................................................... 4128
Hind Sbihi, Hugh W. Davies, Paul A. Demers
Ormen Lange Processing Plant in Norway - Noise Control - Importance of Early Involvement (53.1, 30)................................................................................................................... 4134
Kolbjorn Selvaag, Susie Williams
Noise Level Reductions in Industrial Buildings by Using Absorptive Treatment: a Case Investigation (53.1, 35) ........................................................................................................ 4143
Nuri Ilgurei, Mujgan Serfhanoglu Sozen
A Correlation Between Speech Reception Threshold and Frequency Audiogram in Factory Workers (53.1, 63.3) .................................................................................................... 4151
Olimpia Szczepaniak, Magdalena A. Blaszak
55 Outdoor Plant Noise Control Design and Construction
Donax Water Reclamation Facilty Sound Control Plan: Sanibel Island, Florida (55, 30) ................................................................................................................................................... 4155
Bernard Kinney
Uncertainty in Measurements and Calculations of Noise Levels: a Case Study in the City of Amsterdam (56.1, 77) ................................................................................................. 4164
Fred Wittekamp, Jeroen Kamer
For Advancing Noise Problem Solving Ontology - Aiming for Comprehensive Sound Environmental Management (56.1, 60) ........................................................................... 4175
Tomoyuki Tsuda, Shoji Aono, Sonoko Kuwano, Takanori Matsui, Makoto Morinaga
60 Immission: Effects of Noise
The Cognition and Preference of Sound Affected by the Environmental Friendly Scenary (60, 79)............................................................................................................................. 4182
Chan Kook, Yong-Gyu Shin, Ji-Hyeon Jeon, Sun_Woo Kim, Gil-Soo Jang
61 Perception of Sound
Preference Judgments on Weak Tonal Components with Variable Durations and Levels in Noise (61, 63.7) ............................................................................................................. 4191
Hans Hansen, R. Weber, V. Mellert
Distortion Products in the Amplitude Modulation Domain: Normal-hearing and Hearing-impaired Subjects (61, 74) ............................................................................................. 4199
Monika Kordus
Relating Listener Preferences for Mulitchannel Sound Programs to Salient Auditory Attributes and Binaural Stimulus Measurements (61, 79) ........................................ 4204
William L. Martens, Sungyoung Kim
Comparison of Sound Stimuli by Japanese and German Subjects Using Electroencephalogram and the Method of Magnitude Estimation (61, 63.2) .......................... 4214
Yukiko Yamada, Hugo Fastl, Souhei Tsujimura
Distortion Product Otoacoustic Emission (DPOAE) Rcovery After Moderate Sound Exposure As a Function of Time (61.2, 72) .................................................................... 4224
Miguel Angel Aranda de Toro, Rodrigo Ordonez, Dorte Hammershoi
Hearing Status Among Commerical Pilots (61.2, 77) ................................................................ 4231Par Axelsson, Magnus S.K. Johansson, Torsten Lindgren
Towards the Quantification of the Burden of Disease of Environmental Noise Induced Tinnitus (61.3, 52.1) ........................................................................................................ 4235
Pierre Deshaies, Zilma Gonzales
An Investigation of Influence of Subthreshold Component on the Perception of Low Frequency Sound (61.3, 63.6) .............................................................................................. 4248
Yasunao Matsumoto, Hiroki Yamaguchi, Takashi Sasaki
62 Physiological Effects
The N1 Hyprthesis of Distraction: Auditory N1 and the Mismatch Negativity Are Generated by Functionally-distinct Processes Within the Human Brain (62, 63) .................. 4255
Tom A. Campbell, Istvan Winkler
Psychological and Physiological Effect Produced by Low Frequency Noise (62, 63) ................................................................................................................................................... 4265
Jin-Hun Sohn, Jin Sup Eom, Sung Soo Jung, Ae-ran Kwon, Young Chang Lee
Physiological Costs of the Hearing of Chinese and European Subjects Exposed to Noise and Chinese Classical Music (62.1, 12.4.1) ................................................................. 4275
Min-Chi Chiu, Mao-Jiun J. Wang
I Can Hear' - a System for Universal Hearing Screening (62.1, 77).......................................... 4285Andrzej Czyzewski, Henryk Skarzynski
Volume 7
Does Hearing Loss in Orchestral Musicians Reflect Plasticity in the Auditory System? (62.1, 63.5)...................................................................................................................... 4291
Edeltraut Emmerich, Frank Richter
Hearing Damage by Personal Stereo: a Literature Review (62.1, 12.4.1) ................................ 4301Dorte Hammershoi, Rodrigo Ordonez, Karen Reuter
Auditory Disorders Among Dance Club Visitors (62.1, 51.1) ................................................... 4307Eckhard Hoffmann
Statistical Distribution of Normal Threshold in Low-frequency Region (62.1, 77)................. 4315Kenji Kurakata
Effects of Frequency Content from Exposures with the Same A-weighted Equivalent Level (62.1, 69) ........................................................................................................... 4323
Rodrigo Ordonez, Dorte Hammershoi
Noise and Industrial Chemicals: New Insights Into Their Effects on the Audio-vestibular System (62.1, 53) ......................................................................................................... 4333
Deepak Prasher
Threshold Shifts and Restitution of the Hearing After 'houise Music'; a Comparison with Two Energy-equivalent Classical Music Exposures (62.1, 51.1.2) ............ 4343
Helmut Strasser, Min-Chi Chiu, Hartmut Irie, Alexander Wagnener
Quantitative Risk Assessment of the Burden of Ischaemic Heart Disease Due to Road Traffic Noise (62.2, 52.3) ..................................................................................................... 4353
Wolfgang Babisch
Community Noise and Blood Pressure - a Review of Recent Swedish Studies on Aircraft and Road Traffic Noise (62.2, 52.1) ............................................................................... 4363
Gosta L. Bluhm, Emma K. Nordling
Rail Exposure and the Prescription of Medicines (62.2, 52)..................................................... 4369Peter Lercher, Johannes Rudisser, Edda Amann, Dick Botteldooren
Mathematical Model for Effects of Noise on Blood Pressure and Heart Rate (62.2, 76) ................................................................................................................................................... 4377
Chandrakant R. Patil, J.P. Modak, Suresh G. Patil
Heallth Aspects of Low Frequency Noise (62.2, 63.3) ............................................................... 4384Kerstin Persson Waye
Is There Evidence That Environmental Noise is Immunotoxic? (62.2, 62.1)........................... 4394Deepak Prasher
Aircraft Noise Effects in Sleep: DLR Research and Application (62.4, 13.1) .......................... 4404Mathias Basner, Ullrich Isermann, Alexander Samei
63 Psychological Effects
The Importance of Immission (noise Receiver) Concepts in Developing a Global Noise Policy (63, 50) ..................................................................................................................... 4413
Lawrence S Finegold
Interactive Simulation Tools for the Investigation of Multi-sensory Effects (63, 72) ............. 4419Klaus Genuit
Development and Evaluation of a New Sound Quality Evaluation Approach for Interactive NVH Simulators (63, 13.2.1) ...................................................................................... 4428
Sebastiano Giudice, Paul Jennings, Jeff Fry, Roger Williams, Mark Allman-Ward
Key Technical Issues for Harmonization of Methods for Prominent Discrete Tone Analysis (63, 61) ............................................................................................................................ 4437
Ikuo Kimizuka
Identification of Prominent Discrete Tones (PDTs) for Low-level Sound (63, 74).................. 4445Menachem Rafaelof
A Study on the Degree of Disturbance by Sound Under Mental Tasks Using Electroencephalogram (63, 72).................................................................................................... 4454
Souhei Tsujimura, Yukko Yamada
An Examination of the Parametric Properties of Four Noise Sensitivity Measures: Research Proposal (63, 62) .......................................................................................................... 4462
Irene van Kamp, Julie Hatfield, Wolfgang Ellermeier, Barbara Griefahn, Isabel Lopez-Barrio, Winni F. Hofman, Stephen Stansfeld
Subjective Investigation of the Low Frequency Noise Reduction (63, 38.2) .......................... 4471Yuko Watanabe, Hareo Hamada, Shinsuke Mitsuhata, Toshimitsu Suetsugu, Shin-ichi Abe, Kazuaki Maeda
Spatial and Spectral Properties of the Dummy-head During Measurements in the Head-shadow Area Based on HRTF Evaluation (63, 72) ........................................................... 4477
Gyorgy Wersenyi
Evaluation of Dummy-head HRTFs in the Horizontal Plane Based on the Peak-valley Structure in One-degree Spatial Resolution (63, 72)...................................................... 4487
Gyorgy Wersenyi
Psychhological Evaluation of the Sound of Dental Drills (63, 49.1) ........................................ 4496Tomomi Yamada, Sonoko Kuwano, Shigeyuki Ebisu
8-channel Recording/reproduction System for 3-dimensional Auralization and Its Applications Ot Psycho-acoustical Experiments (63, 72)......................................................... 4505
Sakae Yokoyama, Hiroo Yano, Hideki Tachibana
Loudness-thermometer: Evidence for Cognitive Effects? (63.1, 63.2).................................... 4515Hogu Fastl, Daniel Menzel, Michael Krause
Perception and Memory of Loudness of Various Sounds (63.1, 61) ....................................... 4523Sonoko Kuwano, Seiichiro Namba, Tohru Kato
Arithmetic Average of Sound Pressure Levels in Octavae-bands As a Loudness Estimator (63.1, 69) ....................................................................................................................... 4533
Hideki Tachibana, Mutsumi Ishibashi
Noise Annoyance Responses of Students and Teachers in Different Schools in Muscat City, Oman (63.2, 66) ....................................................................................................... 4541
Issa H. Al Harthy
The Influence of Meaning on Noise Annoyance from Varied Spectral Balance (63.2, 74.8) ...................................................................................................................................... 4551
Anders Geneli, Daniel Vastfjall
Speech Intelligibility Index in Objective Evaluation of Vehicle Interior Noise (63.2, 13.2.1) ............................................................................................................................................. 4557
F.L. Jiao, K. Liu, D.Q. Sha, Y.B. Chen, Q. Ju, Y. Li, F.S. Gu, A.D. Ball, J. Jiang, D.X. Mao
Low-frequency Noise Complaints - a Detailed Investigation of Twenty-two Cases (63.2, 62.2) ...................................................................................................................................... 4564
Christian Sejer Pedersen, Henrik Moller, Kerstin Person Waye
How Does Sound Source Recognition Influence Annoyance Judgment? (63.2, 11) ............. 4574Anna Preis, Honorata Hafke, Tomasz Kaczmarek
Low Frequency Noise - a Need for Guidelins? (63.2, 69.1)....................................................... 4582Kari Siane, Rauno Paakkonen, Tapio Lahti, Matias Aura
When There Are Audible Rattle Sounds, Annoyance May Depend Only on the Worst Case - Independent of Number of Events (63.2, 69)....................................................... 4588
Paul D. Schomer
Noise Annoyance Caused by Mopeds and Other Traffic Sources (63.2, 13.2) ....................... 4596Joos Vos
Estimation of Speech-to-noise Ratio During Active Speech Communication in Noisy Rooms (63.3, 51.1).............................................................................................................. 4605
Hiroshi Sato, John S. Bradley
Optimizing the Speech Intelligibility Inside Cars Using the Speech Transmission Index (63.3, 13.2.1) ........................................................................................................................ 4611
Michel Viktorovitch, Virginie Delaby
A Case Study Assessment of the Speech Privacy and Sound Isolation of Spaces Having Underfloor Air Distribution Systems (63.3, 51.5) .......................................................... 4619
Randy D. Waldeck, Charles M. Salter
Single and Combined Effects of Air, Road and Rail Traffic Noise on Sleep (63.4, 52) ................................................................................................................................................... 4629
Mathias Basner, Alexander Samel, Eva-Maria Elmenhorst, Hartmut Maass, Uwe Muller, Julia Quehl, Martin Vejvoda
Awakenings Related to Noises from Various Traffic Modes (63.4, 13) ................................... 4638Barbara Griefahn, Anke Marks, Mathias Basner
Assessment of Sleep Disturbance on Night-time Railway Noise from the Field Survey (63.4, 52.4)......................................................................................................................... 4648
Jiyoung Hong, Changwoo Lim, Jaehwan Kim, Soogab Lee
Health Effects of Noise-induced Sleep Disturbances in the Daily Environment (63.4, 77) ......................................................................................................................................... 4657
Christian Maschke, Hildegard Niemann
Possible Long-term Health Effects of Sleep Disruption and Sleep Reduction Due to Community Noise (63.4, 52.1).................................................................................................. 4667
Alain Muzet
Aircraft Noise Effects on Sleep: Results of Large Polysomnographic Studies Under Laboratory and Field Conditions (63.4, 13.1).................................................................. 4672
Alexander Samel, Mathias Basner, Hartmut Maass, Julia Quehl
Psychological Restoration, Coping Strategies and Children's Cognitive Performance in the RANCH Study (63.5, 52.2) ........................................................................... 4681
Charlotte Clark, Stephen Stansfeld, Birgitta Berglund, Mats E. Nilsson, Irene van Kamp, Elise van Kempen, Isabel Lopez Barrio
Noise Provisions in New Zealand Early Childhood Education Centres and a Comparison of Sound Pressure Levels with Perceived Noise Assessed by Trained Observers (63.5, 82) ........................................................................................................ 4691
Stuart J. McLaren, Daphine Rickson, Linda Jones, Philip J. Dickinson
Objective Evaluation of Engine Noise Quality with the Change of Engine Oil (63.7, 11.6.4.2) .......................................................................................................................................... 4699
Cheoi-Ho Jeong, Wan-Ho Cho, Jeoug-Guon Ih, Sung-Hwan Shin, Jae-Kon Ryoo
Development and Evaluation of 'powerful' and 'refined' Neural Networks for the Efficient Choice of Automotive Sound Quality Targets (63.7, 13.2.1) ..................................... 4705
Jeff Fry, Paul Jennings, Roger Williams, Garry Dunne
Techniques for Developing a Sound Quality Budget (63.7, 12.3) ............................................ 4714John Harrington
Obtaining Subjective Sound Quality Characteristics on the Stages of Orchestra Halls (63.7, 51.1.2) ......................................................................................................................... 4721
Christopher Jaffe, Russell Cooper, Wade Bray
Choice of Auditory Attributes for Evaluation of Product Sound Quality (63.7, 61)................ 4726Robert Jurc, Ondrej Jiricek
Relation Between Sound Quality of Car Interior Noise at Acceleration and the Order Spectrum Profile (63.7, 13.2.1) .......................................................................................... 4731
Senji Kitahara, Hideo Takao, Takeo Hashimoto
The Analysis for the Sequential Signal in Sound Pressure Level by Using Self Similarity (63.7, 74)........................................................................................................................ 4741
Yoshiaki Makabe, Hideo Shibayama, Yong Tang
Active Reduction of Environmental Noise: a Sound Quality Evaluation (63.7, 38.2)............. 4751Gerard Mangiante, Georges Canevet
Construction of a Sound Quality Index for a Vehicle HVAC System Using Regression and Neural Network Model (63.7, 13.2.1)................................................................ 4761
Jae-Eung Oh, Sang-Gil Park, Ho-San Kim, Ho Park
Sound Quality Evaluation for a Passenger Car Based on Customer Perference Index (63.7, 13.2.1) ........................................................................................................................ 4769
Dong Chul Park, Sang-Kwon Lee
Objective Evaluation of Car Noise by Means of Support Vector Machine (63.7, 13.2.1) ............................................................................................................................................. 4779
D.Q. Sha, K. Liu, F.L. Jiao, F.S. Gu, A.D. Ball, J. Jiang
Sound Quality Evaluation of Exhaust Note of Motor Cycles (63.7, 13.2.2) ............................. 4789Sung-Hwan Shin, Shigeko Hatano, Takeo Hashimoto
Product Sound Quality at Your Fingertips: an Expert System for Interactive Noise Pattern Recognition (63.7, 76) ..................................................................................................... 4797
Roland Sottek, Gunter Mauer
Economic Valuation of the Sound Quality of Machinery Noise Using Conjoint Analysis: the Effect of Sound Presentation on Economic Valuation (63.7, 67)...................... 4807
Masayuki Takada, Satoko Arase, Keiichiro Tanake, Shin-ichiro Iwamiya
Influence of FFT Resolution on the Iso 7779 and ECMA 74 Prominent Discrete Tone Determination Procedures (63.7, 81.2) .............................................................................. 4817
Roger Upton
Sound Systhesis Approach for Sound Quality Design of ANVC Applications (63.7, 13.2.1) ............................................................................................................................................. 4824
Herman van der Auweraer, Leopoldo ed Oliveira, Maira Da Silva, Wim Desmet
Improvement of Sound Quality of Small Fan for Information Devices (63.7, 11.4) ................ 4834Masato Nishiguchi, Gaku Minorikawa, Takeshi Kobita, Akio Nagamatsu, Takahiro Ito
Just Noticeable Difference of Sound Quality Metrics of Refrigerator Noise (63.7, 12.4.6.1) .......................................................................................................................................... 4840
Jin You, Jin Yong Jeon
65 Effects of Noise on Domesticated and Wild Animals
The Effects of Noise on the Hearing and Vocalization of Birds (65.1, 52.1) ........................... 4846Robert J. Dooling, Beth Brittan-Powell
66 Sociological Effects: Community Reaction to Noise
Subjective Study of Environmental Noise in Oldtown Lima, Peru (66, 52.1) .......................... 4855Celso E. Llimpe, Jorge N. Moreno, Manuel A. Recuero
67 Economic Effects
Source Related Measures and Benefits (67.1, 52.1) .................................................................. 4863Dik Welkers
68 Environmental Impact Statements
Sense and Sensibility in Environmental Impact Reporting (68, 52.1) ..................................... 4867Philip J. Dickinson
69 Criteria and Rating of Noise
Beyond the A-weighted Level (69, 63) ........................................................................................ 4873Klaus Genuit
Noise Rating and Noise Score (69, 63.2) .................................................................................... 4880Wolfgang Probst
Quality Aspects of the European and Global Noise Policies on Environmental Noise (69, 84.1) .............................................................................................................................. 4890
Tjeert ten Wolde
Allowable Noise Levels of Residential Noises (69.1, 51.1) ....................................................... 4907Jin Yong Jeon, Jong Kwan Ryu
A-weighting Sometimes Works for Assessing Enviromental Noise - Sort Of; it Should Be Retired (69.3, 52.1) ..................................................................................................... 4914
Paul D. Schomer
70 Analysis
Off-the-shelf Technologies and Techniques Enabling Large Data Management (70, 00) ............................................................................................................................................ 4924
Chris DeFilippo, Kurt Veggeberg
71 Instruments for Noise and Vibration Measurements
Improvement of Acoustic Measurements with an Array of Microphones in Aerodynamic Wind Tunnels (71, 21.6) ........................................................................................ 4934
Jean Bulte
Development of a LASER-based Sound Source (71.1, 11) ....................................................... 4944Fritz Boden, Jan Delfs
Use of Arrays of Acoustic Radars to Image Atmospheric Wind and Turbulence (71.1, 22.3) ...................................................................................................................................... 4954
Stuart G. Bradley, Sabine von Hunerbein
Determining the Acoustic Characteristics of Windscreens Using the Concept of 'constant Divergence of Sound Pressure Level' (71.1, 21.6) .................................................... 4962
Valentin Buzduga
Design of Quasi-random Microphone Array (71.1, 74.6)........................................................... 4970Percy Wang, Srichandana Jasti, Dale W. Callahan
Sound Shielding Control of Curved Piezoelectric Sheets Connected with Negative Capacitance Circuits (71.1, 30) .................................................................................................... 4980
Hidekazu Kodama, Munehiro Date, Kohei Yamamoto, Eiichi Fukada
Improved Microphone Array System (71.1, 74).......................................................................... 4990Yasutaka Nakajima, Hirotada Tomizawa, Kiyokatsu Iwahashi
Architectures for Noise Identification Through Low Cost Microphone Arrays (71.1, 74.6) ...................................................................................................................................... 5000
Kurt Veggeberg, Chris DeFilipoo
Volume 8
Equivalent Dynamic Force That Generati the Same Vibration Response As a Sound Field (71.1, 13.4.2) ............................................................................................................. 5008
Istvan L. Ver
Acoustic Background Noise from Sailplane-mounted Microphones (71.1.1, 21.6)................ 5016Thomas B. Gabrielson, Edward A. Haering, Steven M. Willits, James E. Murray, Timothy M. Marston, Mark Stucky
IEC Publicaiton 61672-1 Related to Outdoor Microphone for City Noise Monitoring (71.1.1, 81.2) ................................................................................................................................... 5026
Johan Gramtorp, Erling Sanderman Olsen
Development of a Calibrator for Simultaneous Calibration of Multiple Microphones on an Acoustic Energy Density Probe (71.1.1, 71.9).......................................... 5035
Jonathan R. Oldham, Scott D. Sommerfeldt, Jonathan D. Blotter
Panel Contribution Analysis Using a Volume Velocity Source and a Double Layer Array with the SONAH Algorithm (71.1.4, 73) ............................................................................ 5045
Jorgen Hald, Masaki Tsuchiya, Masateru Kimura
The Complexity of Sound Level Meters (71.3, 72.1) .................................................................. 5055Mike J. Bullen
Primary Accelerometer Calibration Problems Caused by Vibration Exciters (71.9, 48) ................................................................................................................................................... 5064
Gustavo P. Ripper, Ronaldo S. Dias, Guiherme A. Garcia
An Interferometric System for Primary Calibration of Standard Accelerometers (71.9, 71.1) ...................................................................................................................................... 5074
Gustavo P. Ripper, Guilherme A. Garcia, Ronaldo S. Dias
Phase Calibration of Microphones by Measurement in the Free Field (71.9, 71.1) ................ 5083Qamar A. Shams, Scott M. Bartram, Williams M. Humphreys, Allan J. Zuckerwar
Design of a New Non-feedback Calibrator for Sound Level Meters (71.9, 71.3)..................... 5088Richard Wright, Dan Cartman
72 Measurement Techniques
A Measurement Method for Determining Absorption Coefficients for Underground Mines (72, 14.3.2)................................................................................................... 5094
Peter G. Kovalchik, Rudy J. Matetic, Gregory P. Cole, Adam K. Smith
Array and Matrix Based Laser Doppler Vibrometers for Measuring Noise and Vibration (72, 71.1) ........................................................................................................................ 5103
Amit K. Lai, Cecil Hess
Alternate Construction Materials for the ISO 10302 Fan Test Plenum (72, 11.4) ................... 5113Jeff G. Schmitt
Nearfield Acoustical Holography Microphone Array Development (72, 75.7) ........................ 5118Joel R. Tuss
Study on Bore-sighting for the Dual Barrel Weapon System Using Noise Reduction (72, 21.3) ...................................................................................................................... 5128
Woon_Joo Yeo, Je-Wook Chae, Chan Lee
Effect on Measured Noise Levels of the Microphone Position in Front of a Façade (72.1, 23.2) ...................................................................................................................................... 5136
Gianiuca Memoli, Marco Paviotti, Stylianos Kephalopoulos, Gaetano Licitra
Measurement of Low-frequency Noise in Rooms (72.1, 51.1) .................................................. 5146Steffen Pedersen, Henrik Moller, Kerstin Persson Waye, Soren Krarup Olesen
Design of a Small Reverberations Room for Use in ANR and Other Testing (72.3, 25.4) ................................................................................................................................................ 5156
Edward C.D. Duncan, Robert Collier, Kenneth Kaliski, Matthew Maher
Experience Using a Sound Intensity Technique to Determine In-cab Sound Paths and Treatments (72.3, 25) ............................................................................................................. 5166
Charles T. Moritz
Measuring Sound Power and Directivity of a Submerged Cylinder in a Reverberant Water Tank Using Intensity Based Nearfield Acoustic Holography Techniques (72.4, 72.3)................................................................................................................. 5174
Andrew R. Barnard, Stephen A. Hambric, Stephen C. Conlon, Dean E. Capone
Alternative Test Methods for Measuring Structure-borne Sound Power (72.4, 42) ............... 5187Heng-Yi Lai
Measurement of Sound Power Level Using Enveloping Surfaces" Investigation of the Cos(theta) Error (72.4, 73.3).......................Matthew A. Nobile, Felicia Fiore, Robert N. Boyes
Sound Power Measurements for Hot Exhaust Stacks (72.4, 26.2)........................................... 5207R. David Rawlinson, Philip F. Joseph
Determination of Sound Power Levels of Large Moving Sound Sources (72.4, 11.4) ................................................................................................................................................ 5216
Filip J.R. Verbandt, Jan Vandendriessche
On the Application of the Waterhouse Correction in Sound Insulation Measurement (72.5, 25.4) ............................................................................................................. 5225
Akihisa Imai
A Measuring Method of Oblique Incidence Absorption Coefficient for a Shallow Incidence Angle (72.7, 74) ............................................................................................................ 5233
Zenzo Yamguchi, Toshimitsu Tanaka
The Use of a Four-microphone Standing Wave Tube to Estimate the Anisotropic Properties of Fibrous Noise Control Materials (72.7, 35.2)....................................................... 5242
Taewook Yoo, Joanthan H. Alexander, J. Stuart Bolton
Characteristics of Absorption Performance of Sound Absorptive Materials According to Test Conditions (72.7.1, 35) .................................................................................. 5252
Daejoon Kang, J.W. Lee, J. Gu
Impedance Measurement of Materials by Use of Ambient Noise for Computational Acoustics (72.7.2, 75).................................................................................................................... 5261
Toru Otsuru, Noriko Okamoto, Reiji Tomiku, Takeshi Okuzono, Yasuo Takahashi
Application of the In-situ Technique for Measuring Acoustic Absorption Coefficient of Grass and Artificial Turf Surfaces (72.9, 24.9) ................................................... 5269
Niranjan R. Loudhe, Mohan D. Rao
New Method for Measuring Sound Reflection Characteristics Based on the Causality and the Minimum-phase Property of the System (72.9, 23.2).................................. 5279
Yasushi Miki, Yosuke Tsuchiya
Measurement of Transmission Loss of Materials Using a Standing Wave Tube (72.9, 23.9) ...................................................................................................................................... 5285
Oliviero Olivieri, J. Stuart Bolton, Taewook Yoo
The H Infinite Estimator; an Unbiased Technique for Measuring Frequency Response Functions (72.9, 74) .................................................................................................... 5293
Peter R. Wagstaff, Jerome Antoni, Jean-Claude Henrio
73 Test Facilities
Assessing Wind Turbines Against Relative Noise Standards (73, 81).................................... 5303Kevin M. Harthaway, Kenneth Kaliski
A Proposed Process for Assessing Correlation of Acoustic Labs for Measurement of Consumer Product Noise (73, 12.4)................................................................ 5310
Nathan A. Mouw
Comparison Ot Two Test Methods for Determination of Broadband Sound Power Levels Emitted by Products: a Reverberation Chamber Method Versus a Hemi-anechoic Chamber Method (73, 72.4).......................................................................................... 5320
Einar Gibbens Ristroph
An Assessment of NASA Gleen's Aeroacoustic Experimental and Predictive Capabilities for Installed Cooling Fans; Part 2: Source Identification and Validation (73.2, 11.4).................................................................................................................... 5329
L. Danielle Koch, Dale E. Van Zante, Mark P. Wernet, Gary G. Podboy
74 Signal Processing
Beam-forming Technique for Airplane Localization and Tracking (74, 13.1) ......................... 5340Vincenzo Quaranta, Gaetano D'Altui, Leonardo Lecce
Reconstruction of the Acoustic Field Using a Conformal Array (74, 75.7) ............................. 5350Nicloas P. Valdivia, Earl G. Williams, Jacob Klos
Sound Field Phase Deviations from a Point Source Model for Real Acoustic Sources (74.1, 72.1)....................................................................................................................... 5359
Christian Bouchard, David I. Havelock
Defect Detection in Heavy Truck Brake Drums (74.5, 13.2.4) ................................................... 5368Tony Casey, Percy Wang
Nonlinear Responses of Two-span Rotor-bearing System with Coupling Faults of Crack and Pedestal Looseness (74.5, 11.1.1) ............................................................................ 5377
Luo Yuegang, Ma Hui, Li He, Wen Feng, Li Xiaopeng, Wen Bangchun
Cough Sound As a Symptom of Health Disorder for Elderly People (74.5, 62)...................... 5383Sung-Hwan Shin, Shigeko Hatano, Takeo Hashimoto
Vibration Monitoring of Marine Diesel Engine Using Time Series Method (74.5, 11.6.4.1) .......................................................................................................................................... 5392
Jianyuan Zhu
Direction-of-arrival Estimation for Sound Source Localization in Mobile Robots (74.6, 14.6.1) ................................................................................................................................... 5402
Yen-Chieh Mao, Nai-Chia Chang
Noise Source Identification by Use of Similar Source Method (74.6, 72)................................ 5408Gee-Pinn James Too, Bo-Shen Wu, Jen-Liang Yang
Array Processing of Acoustic and Vibrational Sources (74.6, 24)........................................... 5418Kung Yao
Generation Method of Two-dimensional Random Array for Locating Noise Sources on Moving Vehicles (74.6, 13)....................................................................................... 5428
Sifa Zheng, Feng Xu, Xiaomin Lian, Diange Yang, Yugong Luo, Keqiang Li
Application of Noise Source Identification Techniques to Consumer Products with Illustration on a Dishwasher, a Washing Machine, and a Copying Machine (74.8, 12.4.6) ................................................................................................................................... 5437
Roger Upton, Martin Quickert
75 Analytical Methods
A Mid-frequency Formulation for Structure-borne Vibro-acoustic Predictions (75, 13.2.1) ............................................................................................................................................. 5447
Michel Viktorovitch, Alessandro Pratellesi
Applications of Virtual SEA to Structure Borne Sound Investigation (75.2, 43) .................... 5456Gerard Borello, Laurent Gagliardini, Denis Thenail, Alice Pradines, Arnaud Duval
Analysis of Uncertainties in Gross Properties of SEA Model Subsystems (75.2, 77) ................................................................................................................................................... 5464
Guillaume Cousineau-Bouffard
Using the Hybrid FE-SEA Method to Predict Structure-borne Noise in a Car Body-in-white (75.2, 13.2.1) .................................................................................................................... 5473
A. Charpentier, V. Cotoni, K. Fukui
Experimental Techniques to Efficiently Characterize Sources for Use in a Full Vehicle Airborne SEA Model (75.2, 13.2.1) ................................................................................. 5483
A. Charpentier, H. Nagase, D. Kato
Use of Hybrid Experimental-analytical SEA Technique to Predict the Acoustic Performance of Sound Packages in a Full Vehicle (75.2, 13.2.1) ............................................. 5490
A. Charpentier, H. Nagase, D. Kato
Improving SEA Models of Structure-borne Noise Transmission with the Use of FE (75.2, 75.3) ...................................................................................................................................... 5500
Vincent Cotoni, Phil Shorter, Marshall Loewenstein
Applications of Statistical Energy Analysis Methods to the Design of Airplane Cabin Noise Treatment Packages (75.2, 13.1.6)......................................................................... 5510
Evan B. Davis
SEA Parameters to Predict Sound Transmission Through Trimmed and Ribbed-stiffened Panels (75.2, 23.9) ......................................................................................................... 5520
Carlos Henrique Gomes, Marcio Calcada, Samir N.Y. Gerges
Development of Energy Flow Analysis Softward, EFADS-R4 for Multi-function Vibration Analysis (75.2, 75.3) ..................................................................................................... 5530
Suk-Yoon Hong, Young-Ho Park
Influences of In-plane Vibration on SEA Models Building Using FEM (75.2, 75.3) ................ 5540Katsuhiko Kuroda, Toru Yamazaki
Development of a Noise Prediction Software System NASEFA-R2 and Its Applications (75.2, 75.3) ............................................................................................................... 5549
Hyun-Wung Kwon, Suk-Yoon Hong
Application of Statistical Energy Analysis and Optimization in the Design of Gulfstream's G150 Interior Thermal/acoustic Package (75.2, 13.1.6) ...................................... 5559
John W. Maxon, J. Andrew Malluck
Characteristics of Transient Statistical Energy Analysis Using Case of Two DOF System (75.2, 21.3) ........................................................................................................................ 5569
Toru Yamazaki, Keisuke Ishikawa, Katsuhiko Kuroda
Acoustic-structural Design Sensitivity Analysis of Cylindrical Shell (75.3, 42) ..................... 5577Yanting Ai, He Li, Bangchun Wen, Mingsui Yang
Finite Element Development of Honeycomb Panel Configurations with Improved Transmission Loss (75.3, 23.9).................................................................................................... 5588
Ferdinand W. Grosveld, Danile L. Palumbo, Jacob Klos, William D. Castle
An Inverse Method for In-situ Estimation of Acoustic Surface Impedance Targeting Inverse Sound Rendering in Rooms (75.5, 25) ......................................................... 5598
Gabriel Pablo Nave, Yosuke Yasuda, Yoichi Sato, Shinichi Sakamoto
Application of the Fast Multipole Boundary Element Method to Sound Field Analysis Using a Domain Decomposition Approach (75.5, 74)................................................ 5608
Y. Yasuda, T. Sakuma, S. Sakamoto
A New Noise Source Identification Technique: Nearfield Acoustical Beamformer (NABF) (75.7, 72) ........................................................................................................................... 5618
Mingsian R. Bai, Jia-Hong Lin
A Comparison of Two Patch NAH Methods (75.7, 74.6)............................................................ 5628Jorgen Hald, Jesper Gomes
Statistically Optimised Near Field Acoustic Holography with an Array of Pressure-velocity Intensity Probes (75.7, 71.1) ......................................................................... 5638
Finn Facobsen, Virginia Jaud
A One-step Patch Near-field Acoustical Holography Procedure (75.7, 74)............................. 5648Moohyong Lee, J. Stuart Bolton
An Application of NAH Method with Extra Spectrums to Plane Sound Wave (75.7, 74) ................................................................................................................................................... 5658
Masao Nagamatsu
Regularization Method for Measurement of Structural Intensity Using NAH for Cylindrical Geometry (75.7, 74) ................................................................................................... 5665
Kenji Saijyou
Tracking Energy Flow Using a Volumetric Acoustic Intensity Imager (VAIM) (75.7, 72.3) ................................................................................................................................................ 5673
Earl G. Williams, Nicolas P. Vildivia, Jacob Klos
76 Modeling, Prediction and Simulation
The Development of a Model for the Prediction of Noise Inside Bus Stations: a Comparison with the CRTN Method (76.1.2, 52.3) ..................................................................... 5683
Frederico Rodrigues, Carlos Alberto Faria, Max D.C. Magalhaes, Marcelo G. Silva
77 Sampling and Quality Control Procedures
Data Collection for Projects Demanded by the European Environmental Noise Directive (77, 82)............................................................................................................................ 5688
Klaus Habermehi
79 Psychoacoustical Evaluations and Testing
Convolutive Blind Separation Based on Warped Linear Predictions Analysis (79, 77) ................................................................................................................................................... 5693
Inseon Jang, Seungkwon Beack, Taejin Lee, Jeongil Seo, Dae-young Jang
81 Standards
Determination of Sound Energy Levels of Transient Sound Sources According to ISO 3740 Series (81.2.1, 72).......................................................................................................... 5700
Hiroo Yano, Tatsuya Ohta, Sakae Yokoyama, Hideki Tachibana
86 Building Codes
Consequences of New Building Regulations for Modern Apartment Buildings in Sweden (86, 51) ............................................................................................................................. 5706
Klas G. Hagberg, Christian Simmons
89 Labeling
Opportunities and Progress in Consumer Product Noise Testing and Labeling (89, 82) ............................................................................................................................................ 5714
Leslie D. Blomberg
Author Index