Alain C. Berry, Chair
Mechanical Engineering Dept., Université de Sherbrooke,
Sherbrooke, Québec J1K 2R1, Canada
2:00 0pNCa1 *
Wavelets in active structural acoustic control. Patrice
Masson, Alain Berry, and Philippe Micheau
2:20 0pNCa2 *
Optimum design for practical active structural acoustic control
systems. Héctor M. Rodriguez and Ricardo A. Burdisso
2:40 0pNCa3 *
Adaptive feedforward and feedback methods for active/passive
sound radiation control using smart foam. C. Guigou and C.
R. Fuller
3:00 0pNCa4 *
A theoretical investigation of the active control of sound
transmission through individual discretized partition segments
using fundamental electro-mechano-acoustical models. Timothy
W. Leishman and Jiri Tichy
3:20 0pNCa5 *
Transmission loss characteristics of an active trim panel.
Stephen J. Sharp, Gary H. Koopmann, and Weicheng Chen
3:40 0pNCa6 *
Active control of broadband sound transmission using
feedback and feedforward techniques. Yun-Ren Ho, In-Soo
Kim, Weicheng Chen, and Gary H. Koopmann
Nickolas Vlahopoulos, Chair
Dept. of Naval Architecture and Marine Engineering,
University of Michigan, Ann Arbor, Michigan 48109-2145
2:00 0pNCb1 *
Effects of refraction on short-range outdoor propagation over
asphalt surfaces. Troy Hartwig and J. Stuart Bolton
2.20 0pNCb2 *
Layered fibrous treatments for sound absorption and sound
transmission, Heng-Yi Lai and J. Stuart Bolton
2:40 0pNCb3 *
The resonant and non-resonant sound transmission through
panels in statistical energy analysis. Yuri A. Gurovich
3.00 0pNCb4 *
Introducing decoupling coatings in SEA models: Physical
interpretation and results on simple models. Christian Audoly
Thomas J. Royston, Chair
University of Illinois at Chicago, Chicago, Illinois
2:00 0pNCc1 *
Vibration power flow in orthotropic plates using a structural
intensity technique. Nirmal Kumar Mandal, Roslan Abdur
Rahman, and M. Salman Leong
2:20 0pNCc2 *
Sound transmission through double-leaf corrugated panel
constructions. W. C. Tang, H. Zheng, and C. F. Ng
2:40 0pNCc3 *
Reducing sound power levels at isolated frequencies with
strategically placed constrained layer damping patches. Ted
Wiegandt and J. Adin Mann III
3:00 0pNCc4 *
Air-borne, fluid-borne and structure-borne noise radiation
paths in a hydraulic power application equipped with a gear
pump. S-H Lee and Thomas J. Royston
3:20 0pNCc5*
Theoretical studies on the control of impact acceleration noise.
Zhang Bin, Zhauang Wenxiong, and Peisheng Ge
Daniel Quinlan, Chair
Lucent Technologies Bell Laboratories, Murray Hill, New
Jersey 07914
2:00 0pNCd1 *
Some measurements related to flow-induced microphone noise.
Dan Quinlan and H. Vu-Maestro
2:20 0pNCd2 *
Future trends in acoustic noise emission for
telecommunications and information technology equipment.
Dan Quinlan
2:40 0pNCd3
A study on the effect of rod-antenna shape to wind noise. K.-D. Ih, M.-K. Mog, and J.-Y. Kim
3:00 0pNCd4 *
Noise sources, paths and simple controls on an industrial floor
sweeper. Nilabh Narayan
3:20 0pNCd5 *
Advanced low noise air cooling fans. H. F. van der Spek
INCE Awards
Distinguished Lecture
Recent advances on computational vibroacoustics with
applications in aerospace and automotive industries
M. A. Hamdi, STRACO SA, France
The Plenary Session will be followed immediately by the
NOISE-CON Reception in the Fireside Lounge at the Nittany
Lion Inn
Scott C. Douglas, Chair
Dept. of Electrical Engineering, University of Utah, Salt Lake
City, Utah 84112
8:30 1aNCa1 *
Stability analysis of feedforward controllers using the LMS
algorithm for active noise control. Neil J. Bershad and Jose
Carlos M. Bermudez
8:50 1aNCa2*
Fast block adaptive algorithms for feedforward active noise
control. David S. Nelson, Scott C. Douglas, and Marc Bodson
9:10 1aNCa3 *
Reducing the computational and memory requirements of the
multichannel filtered-x LMS adaptive controller. Scott C.
Douglas
9:30 1aNCa4*
The multi-channel optional summed algorithm for active noise
control. Oh Sang Kwon and Il Whan Cha
9:50 1aNCa5*
Effects of nonlinearities on system identification in active
noise control systems. Robert Bernhard, Patricia Davies, and
Scott W. Kurth
10:10 1aNCa6*
Quantifying tracking difficulty for frequency domain active
control systems. Graham P. Eatwell
10:30 1aNCa7*
Development of an active harmonic noise equalizer in
frequency domain. Jinwei Feng and Woon-Seng Gan
10:50 1aNCa8 *
DSP implementation of a semi-adaptive feedforward H2/H.
active silencer for suppressing broadband random and transient
noises. Hsingpu Chen, Zhihsin Lin, and Mingsian Bai
J. Adin Mann III, Chair
Dept. of Aerospace Engineering and Engineering Mechanics,
Iowa State University, Ames, Iowa 50011
8:30 1aNCb1*
Relaxation models for the acoustical properties of sound-absorbing porous materials. D. Keith Wilson
8:50 1aNCb2*
Noise-induced hearing loss among coal mining occupations.
Michael P. Valoski
9:10 1aNCb3*
Measurement of hearing protector attenuation at ultrasonic
frequencies. A. Behar and R.B. Crabtree
9:30 1aNCb4*
Time-domain impedance boundary condition for waves. K.-Y.
Fung and Bhanuprakash Tallapragada
9:50 1aNCb5*
Noise source identification using acoustic signature and
predicted magnitude. Rob Greene
10:10 1aNCb6*
Case History: Noise analysis of operators from an existing
mine at a nearby proposed residential/recreational
development. Rob Greene and Michael Greene
Victor W. Sparrow, Chair
Graduate Program in Acoustics, Pennsylvania State University,
157 Hammond Building, University Park, Pennsylvania 16802
9:00 1aNSa1 *
Numerical load generation, vibration analysis, and acoustic
signature prediction of a composite combat vehicle. Craig
Birkett, Nikolas Vlahopoulos, Edward Shalis, and Zhen Wu.
9:20 1aNSa2 *
Sensitivity calculations for structural acoustic EFEM
predictions. Fernando Bitsie and Robert Bernhard
9:40 1aNSa3 *
Various approaches to estimating natural frequencies of
automobile cab cavities from a boundary element model.
Prasanna Kondapalli and Craig Birkett
10:00 1aNSa4*
In-car noise reduction for newly developed home elevator.
Yue-Qi Zhou
10:20 1aNSa5 *
Analysis of periodic acoustic problems with double-sided
impedance condition. S. T. Raveendra
10:40 1aNSa6
Noise prediction of loader by using BEM and SEA. Jae-Woong Choi, Hee-Joon Lee, Shin-Il Kang, and Jong-Min Kang
11:00 1aNSa7*
The application of a FEM-BEM model to predict acoustic
silencer performance and to predict vented ear canal-ear mold
dynamics. Chang-Hwan Choi, Larry H. Royster, and Robert
D. Ciskowski
Robert A. Putnam, Cochair
Westinghouse MC590, 4400 Alafaya Trail, Orlando, Florida
32826
Frank H. Brittain, Cochair
Bechtel Corporation, 50 Beale Street, San Francisco,
California 94105
8:30
Chair's Introduction
8:40 1aNSb1*
Issues in modeling outdoor acoustical barriers in power plants.
Robert A. Putnam
9:10 1aNSb2*
Issues in predicting community noise for power plants. Frank
H. Brittain
9:40 1aNSb3 *
Noise control for a 230 MW cogeneration plant. Charles T.
Moritz, Robert D. Bruce, Reid Bicknell, and Jeff Jacobson
10:00
Panel Discussion
Daniel J. McCarthy, Chair
BBN Corporation, 70 Fawcett Street, Cambridge,
Massachusetts 02138
8:15 1aSPb1*
Prognostics: What does it mean in condition-based
maintenance? G. W. Nickerson
8:35 1aSPb2 *
Condition monitoring on engines using external response
measurements to reconstruct internal excitation. Kwin Abram,
Paul Hayes, and Robert Bernhard
8:55 1aSPb3 *
A case study in bearing cage fault detection using bandwidth-weighted demodulation. Joel D. Limmer and C. James Li
9:15 1aSPb4 *
Prognostics for a reciprocating air compressor. Daniel J.
McCarthy
9:35 Break
9:55 1aSPb5 *
Extraction of periodic modulation of rotational speed from
roller bearing vibration signals using a modulation template
matching algorithm. Michael B. Van Dyke, Karl Reichard, and
Dave Swanson
10:15 1aSPb6
Analysis of engine noise for application in predictive
maintenance. G. Douglas Meegan, H. Roice Nelson, Martin L.
Barlett, and Gary R. Wilson
10:35 1aSPb7
Nonlinear acoustic modulation technique for nondestructive
flaw detection. J. P. Kim, E. J. Kim, S. W. Yoon, and A.
Sutin
The following companies are exhibiting at the joint meeting:
ACO Pacific, Inc.
Bang Campbell Associates
Brüel & Kjær
Cambridge Collaborative,
Inc.
Sky Blue Systems
CEL Instruments, Inc.
Crown International
Digisonix, Inc.
Eckel Industries, Inc.
Etymotic Research
H.L. Blachford, Inc.
Industrial Acoustics
Company, Inc.
Lake-DSP
Larson-Davis, Inc.
LMS North America
MBI Products Co.
M&P International
Ono Sokki, Inc.
Villeurbanne, France
Belmont, California
Woods Hole, Massachusetts
Decatur, Georgia
Cambridge, Massachusetts
Wilton, New Jersey
Milford, New Hampshire
Elkhart, Indiana
Middleton, Wisconsin
Cambridge, Massachusetts
Elk Grove Village, Illinois
Troy, Michigan
Bronx, New York
Sydney, Australia
Provo, Utah
Troy, Michigan
Cleveland, Ohio
Verona, New Jersey
Addison, Illinois
Polytech PI, Inc.
Quiet Power Systems, Inc.
Scantek, Inc.
Sonic Perceptions, Inc.
Sony Precision Technology,
Inc.
TEAC America
The Modal Shop, Inc.
Tucker-Davis Technologies
Vibro-Acoustic Sciences,
Inc.
Greensburg, Pennsylvania
Auburn, Massachusetts
New York, New York
Silver Spring, Maryland
Brighton, Michigan
Orange, California
Spectral Solutions, Inc.
Columbus, Indiana
Montebello, California
Cincinnati, Ohio
Gainsville, Florida
San Diego, California
Scott D. Sommerfeldt, Chair
Dept. of Physics, Brigham Young University, 277FB, Provo,
Utah 84602
1:15 1pNCa1*
Active noise control _ From laboratory to industrial
implementation. Colin H. Hansen, University of Adelaide,
South Australia
Courtney B. Burroughs, Chair
Applied Research Laboratory, Pennsylvania State University,
State College, Pennsylvania 16804
2:40 1pNCb1*
Bending wave propagation past a joint and the resulting sound
radiation: The round-robin T-beam. J. Adin Mann III,
Matthew S. Corney, and Matthew Wall
3:00 1pNCb2*
A wave decomposition measurement technique for separating
longitudinal and flexural wave intensities. Richard P. Szwerc,
Courtney B. Burroughs, and Timothy E. McDevitt
3:20 1pNCb3*
Measurements of coupled longitudinal and flexural wave
intensities using the wave decomposition technique. Richard P.
Szwerc, Courtney B. Burroughs, and Timothy E. McDevitt
3:40 1pNCb4*
Power dissipations in a vibrating lexan T-shaped beam.
Stephen A. Hambric and Richard P. Szwerc
4:00 1pNCb5*
An improved formulation for the SEA modeling of beams:
Application to a T-beam. Benjamin Cimerman and Thomas
Burton
4:20 1pNCb6*
Experimental analysis of an aluminum ribbed panel. Matthew
J. Erickson and Courtney B. Burroughs
4:40 1pNCb7*
Finite element mode shapes of an aluminum ribbed panel.
Stephen A. Hambric, Matthew J. Erickson, Dean R. Capone,
and Courtney B. Burroughs
Larry J. Eriksson, Chair
Nelson Industries, Inc., 8401 Murphy Drive, Middleton,
Wisconsin 53562-2543
2:40 1pNCc1*
Active multichannel muffler for the ventilation system of the
Paris underground. Ch. Carme and A. Montassier
3:00 1pNCc2*
ACTA.: The second generation of active ventilation muffler.
Ch. Carme, P. De Man, and V. Delemotte
3:20 1pNCc3*
Design and optimization of active (hybrid) absorbers. Stefan
Irrgang
3:40 1pNCc4*
Industrial application of adaptive resonator silencers. David
Kapsos, Chris Depies, Raymond Cheng, and Trevor Laak
4:00 1pNCc5*
Development of an active load impedance. Ralph Muehleisen
and Anthony Atchley
4:20 1pNCc6*
An experimental study of active control in a duct. Ondrej
Jiricek and Petr Konícek
Hsien-sheng (Jason) Pei, Chair
Digital Equipment Corporation, P. O. Box 5327, Cochituate,
Massachusetts 01778
1:30 1pNSa1
Practical considerations in methods of rating room noise.
Lewis S. Goodfriend and Martin Alexander
1:50 1pNSa2*
The ASHRAE Handbook chapter on noise and vibration: A
critical review. Richard J. Peppin
2:10 1pNSa3*
Room noise criteria: A consultant's experience. Jerry G. Lilly
2:30 1pNSa4
Further observations on NCB and RC rumble and hiss criteria
for predicting response to sound in rooms. Gregory C. Tocci
2:50 1pNSa5*
Room noise criteria _ Time for common sense. Marlund E.
Hale and Richard E. Burke
3:10 1pNSa6*
Rating noise _ The experience of the computer industry.
Marc Warshawsky, Robert D. Hellweg, Jr., and Hsien-Sheng
(Jason) Pei
3:30 1pNSa7*
Specifying design noise levels for occupied spaces and units of
equipment. Neil Moiseav
3:50 1pNSa8*
Room noise criteria _ A new approach at low frequencies.
Robert D. Hellweg, Jr., and Hsien-sheng (Jason) Pei
4:10 1pNSa9*
Room noise criteria _ A status report. Hsien-sheng (Jason)
Pei and Richard J. Peppin
4:30 Panel Discussion
Frank H. Brittain, Cochair
Bechtel Corporation, 50 Beale Street, San Francisco,
California 94105
Robert A. Putnam, Cochair
Westinghouse MC590, 4400 Alafaya Trail, Orlando, Florida
32826
1:30
Chair's Introduction
1:40 1pNSb1*
Issues in design of combustion turbine silencers. Jim R.
Cummins, Jr.
2:10 1pNSb2*
Issues in HRSG system noise. George F. Hessler, Jr.
2:40 1pNSb3*
Issues in mechanical draft cooling tower noise. Randall W.
Jameson
3:10 1pNSb4
Prediction of cooling tower noise emissions. W. Brent Ferren
and Andrew P. Dicke
3:30 Panel Discussion
Gene Parker, Chair
Barron Associates, Inc., Charlottsville, Virginia
2:40 1pSP1*
24-bit digital accelerometers. Richard Lally
3:00 1pSP2*
Statistical change detection using nonlinear models. B. Eugene
Parker, H. Vincent Poor, Edward C. Larson, Thomas A.
Hamilton, and James P. Frankel
3:20 1pSP3*
A hybrid physical model-neural network approach to machine
diagnostics. Douglas C. Yoon, Gregg D. Wilensky, Donald A.
Simons, and Ronald A. Riley
3:40 1pSP4
Passive low-frequency acoustical method of nondestructive
testing of the energetic systems. Leonid M. Gelman
4:00 Break
4:20 1pSP5
Nonstationary chaos in acoustic emission from lathes. Satish
T. S. Bukkapatnam, Akhlesh Lakhtakia, and Soundar R. T.
Kumara
4:40 1pSP6*
A method of minimizing interference in Wigner-Ville
distribution and its application in acoustics and vibration
signals. Youn-Kyu Park and Yang-Hann Kim
5:00 1pSP7*
Exploitation of vibration and noise signals cyclostationarity in
condition based maintenance. Karel Vokurka
See pages 10-11 for list of exhibitors
John S. Bradley, Cochair
Institute for Research in Construction, National Research
Council, Ottawa, Ontario, K1A 0R6, Canada
L. Gerald Marshall, Cochair
KMK Associates, 59 South Greeley Avenue, Chappaqua, New
York 10514
8:00
Chair's Introduction
8:05 2aAA1
Comparisons of measures of speech intelligibility in rooms.
J. S. Bradley
8:25 2aAA2
Diagnostic assessment of speech intelligibility in auditoria with
the STI. Tammo Houtgast and Herman J. M. Steeneken
8:45 2aAA3
Investigation on relationships between STI and speech
intelligibility in listening tests on Japanese language for sound
system design of auditoria. Motoo Komoda
9:05 2aAA4*
A review of speech intelligibility indicators--Their relationship
and applications. P. W. Barnett
9:25 2aAA5*
Speech intelligibility in rooms. Johan van der Werff
9:45 Break
9:55 2aAA6
Some comparisons of Cso with other speech-intelligibility
predictors. L. Gerald Marshall
10:15 2aAA7
Predicted and actual intelligibility-rating values produced by a
unique church speech reinforcement system. Dan Clayton and
L. Gerald Marshall
10:35 2aAA8
Factors influencing perceived listening quality in university
classrooms. Murray R. Hodgson and Susan M. Kennedy
10:55 2aAA9
Limitations of speech intelligibility assessment methods. Peter
Mapp
11:15 2aAA10
Concepts and applications of directivity controlled loudspeaker
arrays. Gerald W. J. van Beuningen and Geert H. J. de Vries
11:30 2aAA11*
Relationships between speech intelligibility and objective
acoustical parameters or architectural features in Catholic
churches. Antonio P. Carvalho, Antonio E. Morgado, and Luis
Henrique
Jiri Tichy, Chair
Graduate Program in Acoustics, Pennsylvania State University
217 Applied Science Building, University Park, Pennsylvania
16802
8:30 2aEDa1
Education in acoustics and noise control. Tor Kihlman
8:50 2aEDa2*
A computer-based certificate program in acoustics (noise
control engineering). Alan D. Stuart
9:10 2aEDa3*
CD-ROM development for a certificate program in acoustics.
Victor W. Sparrow and Vickie S. Williams
9:30 2aEDa4
A virtual sound level meter for use in acoustics distance
education. Dean E. Capone and Gerald C. Lauchle
9:50 2aEDa5
Development and testing of courseware in acoustic phonetics.
Michel T. T. Jackson
Karl M. Reichard, Chair
Applied Research Laboratory, Pennsylvania State University,
P. O. Box 30, State College, Pennsylvania 16804
9:00 2aNCa1*
A study of performance and energy consumption of fully-on
and bi-state vibration control for an MR damper. Jin Kyoo Lee
and William W. Clark
9:20 2aNCa2*
Simultaneous active/passive control of extensional and flexural
power flows in thin beams. F. L. Deneufve, C. Guigou, and
C. R. Fuller
9:40 2aNCa3*
Active fluid mounting system damping for broadband
frequency performance. Michael J. Panza
10:00 2aNCa4*
The ANCAS seat: Extension and industrial applications. Ch.
Carme, D. Derrien, and G. Valentin
10:20 2aNCa5*
Boring-bar chatter control using a two-axes active vibration
absorber scheme. Jon R. Pratt and Ali H. Nayfeh
10:40 2aNCa6*
From passive to active: A family of silencing possibilities. L.
J. Eriksson and M. T. Zuroski
11:00 2aNCa7*
Automobile engine noise attenuation with an active noise
control kit. Antonio Mínguez-Olivares and Manual Recuero-López
J. Scott Knight, Chair
BBN Systems & Technologies Inc., Union Station, New
London, Connecticut 06320
9:00 2aNCb1*
A reciprocity technique for the prediction of road noise
transmission into automobile cabins. J. Scott Knight and
Courtney B. Burroughs
9:20 2aNCb2*
Visualization of noise generated by moving vehicles. Soon-Hong Park, Hyu-Sang Kwon, and Yang-Hann Kim
9:40 2aNCb3*
Prediction of noise propagation from equipment mounted
under a rail vehicle. Michael J. Panza
10:00 2aNCb4*
Unsteady thrust of a water jet vane-axial pump. A. Weston and
L. Mongeau
10:20 2aNCb5*
Submarine impact of sonic boom: A study comparing and
reconciling results from two prediction approaches. H. K.
Cheng and C. J. Lee
10:40 2aNCb6*
An intelligent aircraft and traffic noise monitoring system.
Ramin Mohajeri, F. R. Fricke, and J. Atkinson
11:00 2aNCb7*
Effect of army vehicular and ammunition noise on hearing.
K. K. Srivastava, R. C. Chaturvedj, and A. P. Singh
See pages 10-11 for list of exhibitors
David Lubman, Chair
David Lubman & Associates, 14301 Middletown Lane,
Westminster, California 92683
1:30 2pAAa1
America's need for standards and guidelines to ensure
satisfactory classroom acoustics. David Lubman
1:50 2pAAa2
Impact of hearing loss on children in typical school
environments. Peggy B. Nelson
2:10 2pAAa3
Speech interference by noise in classrooms and remedial
solutions. Michel Picard
2:30 2pAAa4*
Pilot studies of speech communication in elementary school
classrooms. Philip Abbott, Carl C. Crandell, Martin A. Gold,
M. Joyce Hasell, Christopher R. Herr, Hee Won Lee, Mitchell
Lehde, and Gary W. Siebein
2:50 2pAAa5*
Acoustical design parameters for hearing impaired classrooms:
A case study. Darron A. Chin-Quee
3:05 2pAAa6
Measurement of typical speech and background-noise levels in
university classrooms during lectures. Murray R. Hodgson
and Rod Rempel
3:20 2pAAa7*
Can noise levels at school gymnasia cause a hearing loss: A
case study of a physical education teacher. Tao Jiang
3:35 2pAAa8
Factors affecting children's speech communication in
classrooms. Sigfrid D. Soli and Jean A. Sullivan
Robert L. Clark, Jr., Chair
Dept. of Mechanical Engineering and Materials Science, Duke
University, Box 90300, Durham, North Carolina 27708-0300
1:20 2pNCa1*
Applications of the adaptive piezoelectric sensoriactuator.
Jeffrey S. Vipperman and Robert L. Clark
1:40 2pNCa2*
Analog adaptive piezoelectric sensoriactuator design for
collocated rate feedback. Christopher A. Fannin and William
R. Saunders
2:00 2pNCa3*
Active noise control using integrated piezoceramic
actuator/sensor modules. Robert N. Jacques, Ronald L.
Spangler, Jr., Farla M. Russo, and Daniel A. Palombo
2:20 2pNCa4*
Terfenol-D sensor design and optimization. Frederick T.
Calkins and Alison B. Flatau
2:40 2pNCa5*
Active structural acoustic control of noise from power
transformers. K. Brungardt, J. Vierengel, and K. Weissman
Courtney B. Burroughs, Chair
Applied Research Laboratory, Pennsylvania State University,
State College, Pennsylvania 16804
2:00 2pNCb1*
Dynamic characterization of a lexan ribbed panel. Brian
Leeson, William R. Saunders, Ricardo A. Burdisso, and Robert
L. West
2:20 2pNCb2*
Iterative method for measuring the radiation efficiency of
unbaffled plates. Gerard P. Carroll, Robert West, Will
Saunders, and Ricardo Burdisso
2:40 2pNCb3*
Comparison of modal mobility and statistical energy models of
a ribbed plate. Richard G. DeJong
3:00 2pNCb4*
Vibroacoustic experimental data on a large cavity covered by
a flexible panel. Sylvain Nadeau, Yvan Champoux, Olivier
Beslin, and Daniel Chènevert
3:20 2pNCb5*
SEA modeling and prediction of the velocity and pressure
response for the acoustic cavity. J. M. Cuschieri
Kam Ng, Moderator
Office of Naval Research, 800 North Quincy Street, Arlington,
Virginia 22181
Robert J. Comparin, Chair
Copeland Corporation, 1675 West Campbell Road, Sidney,
Ohio 45365
1:15
Chair's Introduction
1:20 2pNSb1*
A "buy quiet" program for the NASA Lewis Research Center:
Specifying low equipment noise emission levels. Beth A.
Cooper
1:40 2pNSb2
Development of a sound audit program for a high volume
product. Robert J. Comparin
2:00 2pNSb3*
Effect of blade profile on sheet metal shear noise. Ahmad
Bahrami and Hugh M. Williamson
2:20 2pNSb4*
Comparative testing of acoustic properties of cinder blocks
packed with recycled materials for noise barrier applications.
Daniel R. Raichel, Alek Jamgocian, and Constantine Yapijakis
2:40 2pNSb5*
Determining sound power in reverberation rooms and other
work spaces using vector sound intensity measurement.
Robert Hickling, Peng Lee, and Wei Wei
B. John Feng, Chair
Ford Research Laboratories, P. O. Box 2053, MD2122-SRL,
Dearborn, Michigan 48121-2053
3:15
Chair's Introduction
3:20 2pNSc1*
A psychoacoustic annoyance concept for application in sound
quality. U. Widmann
3:40 2pNSc2*
Effects of definitions and listener's jury testing experience on
perceived generality and importance of selected sound quality
attributes. K.S. Abouchacra and T. Letowski
4:00 2pNSc3 *
Influence of modulated complex tones on power window
regulator noise quality. Richard D. Shadden and Teik C. Lim
4:20 2pNSc4*
A computer-aided paired-comparison algorithm using a 5-point
comparison scale and its application to performing subjective
ratings. Hsiao-an Hsieh
4.40 2pNSc5*
Modeling judgments on sound quality by neural networks.
Holger U. Prante
David C. Swanson, Chair
Applied Research Laboratory, Pennsylvania State University,
P. O. Box 30, State College, Pennsylvania 16804
1:30 2pSA1*
Aircraft damage detection from acoustic and noise impressed
signals found by a cockpit voice recorder. Ronald O.
Stearman, Stuart M. Rohre, and Glen H. Schulze
1:45 2pSA2*
Theoretical bases of free oscillation method for acoustical non-destructive testing. N. I. Bouraou and L. M. Gelman
2:00 2pSA3*
Hidden parameter tracking using delay coordinate embedding.
D. Chelidze, J.P. Cusumano, and N.K. Hecht
2:15 2pSA4
Spectrum analysis structure of echosignal from composite
pipe-lines in aircraft technique. V. Genis, I. L. Oboznenko,
and T. Yu. Shkvarnitskaya
2:30 2pSA5
Crack detection in simple and complex beam-like structures.
Sevag H. Arzoumanian and David C. Swanson
2:45 2pSA6
Prediction of crack growth in a tensioned band. J. Michael
Spencer and David C. Swanson
3:00 Break
3:15 2pSA7*
An algorithm to count fatigue cycles in an arbitrary loading
waveform. R. P. Kendig
3:30 2pSA8*
Detection of surface defects in a bearing ball using
electromagnetic flux. Ellen Bradley and David C. Swanson
3:45 2pSA9
A new technique for the numerical solution of a class of
integro-differential equations arising in elastodynamic crack
propagation problems. Francesco Costanzo and Jay R. Walton
4:00 2pSA10*
Dispersion and attenuation of circumferential creeping waves
around a fluid-filled cylindrical cavity in an elastic medium.
Waled Hassan and Peter B. Nagy
4:15 2pSA11
Application of resonance acoustic spectroscopy to
nondestructive evaluation of clad rods. F. Honarvar and A.
N. Sinclair
4:30 2pSA12
Phase method of ultrasonic velocity measurement for the
control elastic properties of materials. Stanislav M.
Mayevskyyi
Go to top of this file
Return to General description and order form for the NOISE-CON 97 Proceedings.
Return to the home page of INCE/USA