INTER-NOISE and NOISE-CON Congress and Conference Proceedings
ISSN 0736-2935 (Print)



The Noise-Con conference proceedings are sponsored by INCE/USA and the Inter-Noise proceedings by I-INCE. NOVEM (Noise and Vibration Emerging Methods) conference proceedings are included. All NoiseCon Proceedings one year or older are free to download. InterNoise proceedings from outside the USA older than 10 years are free to download. Others are free to INCE/USA members and member societies of I-INCE.
Publisher: Institute of Noise Control Engineering on behalf of International Institute of Noise Control Engineering
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Articles
Acoustically optimized porous road surfaces. Recent experiences and new developments
pp. 1323-1326(4)
Author:
von Meier, A.
Acoustical experiences with open-graded asphalt concrete road surfaces in the Federal Republic of Germany
pp. 1327-1330(4)
Author:
Ullrich, S.
Effects of roadway aging on tire/road noise
pp. 1331-1334(4)
Authors:
Chalupnik, James D.; Anderson, Donald S.
Outside vehicle noise and surface characteristics
pp. 1335-1338(4)
Author:
Lucquisud, R.
An acoustic contribution of the tread-patterns of a tyre
pp. 1339-1342(4)
Author:
Ghesquiere, Herve
Cornering influence on tire/road noise
pp. 1343-1346(4)
Authors:
Ejsmont, Jerzy A.; Sandberg, Ulf
Urban traffic noise: Aspects and prediction
pp. 1347-1350(4)
Author:
Theodor, Paul
Noise measurement and analysis for an environmental impact assessment project
pp. 1351-1354(4)
Author:
Shin, Hung-Chih
The prediction of probability distribution for road traffic noise level with the non-stationarity of headway distribution
pp. 1355-1358(4)
Authors:
Nishimura, Kimiobu; Ohta, Mitsuo
A new trial of predicting the street noise with non-stationary and/or non-Poisson type traffic flow based on the generalization of Statonovich's random point process
pp. 1359-1362(4)
Authors:
Takaki, Naomitsu; Ohta, Mitsuo; Ikuta, Akira
Analysis of road traffic and urban noise in Alexendria
pp. 1363-1366(4)
Authors:
Nagi, M.; Alim, O. Abdel
Relationship between slow-peak level and sound exposure level of railway noise
pp. 1367-1370(4)
Authors:
Tachibana, Hideki; Yano, Hiroo; Hidaka, Yoshito
Noise emission from electric trains. Directivity effects
pp. 1371-1374(4)
Author:
Ringheim, Matiss
An approximate analysical method for acoustic field calculation in tunnels and streets
pp. 1375-1378(4)
Author:
Rapin, Jean Marie
Railroad noise research in the United States - A historical perspective
pp. 1379-1384(6)
Author:
Stusnick, Eric
Railroad noise control in the United States
pp. 1385-1390(6)
Author:
Conlon, Peter C.L.
On locating and identifying sound sources generated by the German 'Ice' train at speeds up to 300 km/hr
pp. 1391-1396(6)
Authors:
King III, W.F.; Lettmann, H.J.
Acoustic design of low-noise self-propelled IC-train
pp. 1397-1400(4)
Author:
Thrane, Henrik W.
The resiliently treaded wheel - A concept for control of wheel/rail rolling noise
pp. 1401-1406(6)
Author:
Remington, Paul J.
Development of low noise monorail transportation
pp. 1407-1412(6)
Authors:
Akamatsu, Katsuji; Terasaki, Kazuhiko; Katayama, Keiichi; Yamamoto, Kazuo
Reduction of structureborne noise in Copenhagen S-trains
pp. 1413-1416(4)
Author:
Holst-Jensen, Ole
Sound and vibration of a magnetically levitated train
pp. 1417-1420(4)
Author:
Kurze, Ulrich J.
Background noise in an underground carriage
pp. 1421-1424(4)
Authors:
Recuero, M.; Gil, C.
Prediction of ground-borne vibration from rail systems
pp. 1425-1430(6)
Authors:
Hanson, Carl E.; Saurenman, Hugh J.
Aerial structure noise reduction effectiveness of resilient rail fasteners
pp. 1431-1436(6)
Author:
Nelson, James T.
Experimental studies on reduction of noise from rail and wheel by hammering
pp. 1437-1440(4)
Author:
Nishiwaki, Niichi
Vibration isolation of railways
pp. 1441-1444(4)
Author:
Fog, Carsten L.
Singapore mass rapid transit system - Design for noise control
pp. 1445-1450(6)
Author:
Lim, M.K.
Characterization of materials in water-filled tube
pp. 1451-1454(4)
Authors:
Curti, A.; Pauzin, S.; Biron, D.
Biot theory and sound propagation in porous sound absorbing materials
pp. 1455-1458(4)
Authors:
Allard, Jean F.; Besluau, Francois; Depollier, Claude
Acoustical characteristics of foam materials
pp. 1459-1462(4)
Authors:
Laurika, W.; Cops, A.; Allard, J.F.
Sound absorption without mineral wool
pp. 1463-1466(4)
Author:
Frommer, Glenn H.
Reduction of acoustic standing waves in construction machine cabins by tuned vinyl covered urethane absorbing materials
pp. 1467-1470(4)
Authors:
Utsuno, Hideo; Tanaka, Toshimitsu
Sophisticated design of extended porous tubes as noise suppressors
pp. 1471-1474(4)
Author:
Seto, Kunisato
Low frequency noise absorption by cavity resonator masonry blocks
pp. 1475-1478(4)
Authors:
Giampaoli, Eduardo; Gerges, Samir N.Y.
The use of prefabricated sound absorbing panels in the construction of a run-up pen for the B-1B aircraft
pp. 1479-1482(4)
Author:
Schiff, Morton I.
Theoretical calculations of the random incidence absorption coefficient of elastic porous materials
pp. 1483-1486(4)
Authors:
Shiau, N-M.; Bolton, J.S.
Acoustic test for noise barriers, with in situ method
pp. 1487-1490(4)
Author:
Bar, Pascal
Impulse method applied to road barrier materials charactierization
pp. 1491-1494(4)
Author:
Sauvage, P.
Improved transformer noise control withn a tuned interference producing device
pp. 1495-1498(4)
Authors:
Amram, Maurice; Tartas, Richard
Numerical model of sound field of a screened noise source in industrial space
pp. 1499-1502(4)
Authors:
Jaroch, Andrzej; Jurkiewicz, Jerzy; Rudno-Rudzinska, Barbara
Before and after studies of roadway noise barriers
pp. 1503-1506(4)
Authors:
Schuster, James J.; Wong, Michael K.
Traffic noise reduction by absorbent cylindrical berms
pp. 1507-1510(4)
Author:
Hayek, S.I.
Outdoor sound propagation of sources of noise behind a ridge
pp. 1511-1514(4)
Authors:
Berthelot, Yves H.; Pierce, Allan D.; Zhou, Ji-Xun; Kearns, James A.
Acoustic finite element modelling of barriers based on the Helmholtz resonator absorption principle
pp. 1515-1518(4)
Author:
Tournoy, Dirk
New software for prediction of traffic noise and noise barriers efficiency
pp. 1519-1522(4)
Author:
Paumier, Jean-Pierre
The behavior of the walls of a duct relative to a guided acoustical wave
pp. 1523-1526(4)
Author:
Martin, Vincent
Transmission matrix of mufflers with sound energy dissipation
pp. 1527-1530(4)
Authors:
Sheng-Wo, Sheng; Song-Ling, Zhao
Estimation of acoustic pressures of a complex muffler using three-dimensional acoustic modal analysis
pp. 1531-1534(4)
Author:
Kannon, Tatsumi
Transmission of noise through pipe walls: Validation of a computer-based model
pp. 1535-1538(4)
Author:
Green, A.J.
Noise reduction by conversion of tonal monopole sources to dipole form
pp. 1539-1542(4)
Author:
Davis, M.R.
Direct measurement of higher order modes insertion loss of mufflers with flow
pp. 1543-1546(4)
Authors:
Nonnenmachier, J.; Auger, J.M.; Ville, J.K.
The Concawe engineering method for measuring and predicting pipe noise in industrial plants
pp. 1547-1550(4)
Author:
van de Loo, P.J.
Ventilation noise control using round ducts
pp. 1551-1554(4)
Author:
Nash, Anthony P.
Use of a lightweight reverberation chamber for noise source investigation
pp. 1555-1558(4)
Authors:
Renew, Warren D.; Rumble, Ronald H.
Exact and simplified computation of noise radiation by an annular duct
pp. 1559-1566(8)
Author:
Lewy, S.
Sound propagation characteristics of city streets
pp. 1567-1570(4)
Authors:
Oldham, D.J.; Radwan, M.
Effects of source height and meteorological conditions on sound propagation near the ground
pp. 1571-1574(4)
Authors:
Larsson, Conny; Hallberg, Bengt; Israelsson, Sven
Sound source in a moving medium above a finite impedance ground
pp. 1575-1578(4)
Authors:
Rosen, M.; Gabillet, Y.
Acoustic propagation over the ground using the parabolic approximation method
pp. 1579-1582(4)
Authors:
Malbequi, P.; Jouaillec, F.
Measured and modelled sound transmission in a pine forest
pp. 1583-1586(4)
Authors:
Huisman, W.H.T.; Martens, M.J.M.; Beekwilder, R.W.B.; Linders, A.M.J.A.
Excess damping by residential areas with regard to industrial noise
pp. 1587-1590(4)
Author:
van Blokland, G.J.
Ground effect for extended sources
pp. 1591-1594(4)
Authors:
Attenborough, K.; Heap, H.W.; Nagra, P.S.
The method of measurement of normal acoustic impedance of ground for grazing angles of incidence in situ and in scale model
pp. 1595-1598(4)
Authors:
Novak, Josef; Cerny, Jiri
Modeling of noise effects due to surface gravel mining in rural areas
pp. 1599-1602(4)
Author:
Hundal, M.S.
Environmental noise in provincial cities
pp. 1603-1606(4)
Authors:
Takagi, Naoki; Matsui, Masayuke
Measuring the change in noise climate caused by the introduction of a new source
pp. 1607-1610(4)
Author:
Sargent, J.W.
Propagation of traffic noise over the ground of various topographic shapes
pp. 1611-1614(4)
Author:
Hotka, Martin
Pacific amphitheatre - A community asset or a liability? A solution to a noise problem in the real world
pp. 1615-1618(4)
Author:
Brickson, Ellwyn G.
Long range sound propagation near the ground
pp. 1619-1622(4)
Authors:
Canard, S.; Lewy, S.
The acoustic mapping of Genoa - The relative weight of the various noise sources
pp. 1623-1626(4)
Authors:
Bartolini, Ruggero; Bisio, Giacomo; Magrini, Ugo
Study of noise radiation from road tunnel opening
pp. 1627-1630(4)
Authors:
Yamamoto, Kohei; Yamashita, Mitsuyasu; Shono, Yutaka
A simple algorithm to determine acoustics paths between a receiver and complex noise sources
pp. 1631-1634(4)
Authors:
Gabillet, Y.; Rosen, M.
Measurement for acoustic impedance by the pulse method
pp. 1635-1638(4)
Authors:
Shibayama, Hideo; Ikeshita, Eiji; Fukunaga, Kazuyasu; Kido, Ken'iti
Accuracy of analytic models for predicting factory sound propagation
pp. 1639-1642(4)
Author:
Hodgson, Murray
Distribution of free paths between obstacles. Application to indoor prediction acoustics
pp. 1643-1646(4)
Author:
Ondet, A.M.
Sound field prediction optimization on the assumption of diffusely reflecting boundaries
pp. 1647-1650(4)
Authors:
Guitpot, J.P.; Zuliani, P.; Gamba, R.
Sound source identification and predictive acoustic modelling
pp. 1651-1654(4)
Authors:
Lecointre, Cecile; Luzzato, Emile
The numerical calculation of sound pressure levels in industrial halls with diffuse and image reflexion taking into account the actual distribution of the absorption
pp. 1655-1658(4)
Author:
Probst, Wolfgang
Prediction of sound level due to long sound sources in industrial halls
pp. 1659-1662(4)
Authors:
Goldfracht, Eugen; Segal, Ana
Sound fields of noise sources in proportionate enclosures with sound absorbing materials
pp. 1663-1668(6)
Authors:
Osipov, G.L.; Sergeyev, M.V.; Shubin, I.L.
Economic aspects of the reasonableness clause in the occupational noise legislation in the Netherlands
pp. 1669-1672(4)
Authors:
Meijvis, H.C.J.; Straatysma, H.
Task of the factory inspections concerning the occupational noise legislation in the Netherlands
pp. 1673-1676(4)
Authors:
Strastama, H.; Meijvis, H.C.J.
From legislation to enforcement policy
pp. 1677-1680(4)
Authors:
Schuurmann, P.L.H.; Iping, P.J.M.
Research on occupational exposure to vibration in the Netherlands and consequences for policy and legislation
pp. 1681-1684(4)
Authors:
Iping, P.J.M.; Schuurmann, P.L.H.
Statutory control of noise in Hong Kong - The new legislation
pp. 1685-1688(4)
Author:
Hewitt, S.D.P.
The international standards on noise emission declaration and its application to limit values
pp. 1689-1694(6)
Authors:
Petrick, K.; Trousseau, A.
Labelling of noisy equipment and the council directive 86/188 EEC on the protection against noise at work
pp. 1695-1700(6)
Author:
van der Venne, Marcel
Labeling the noise of machines used at work
pp. 1701-1702(2)
Author:
Louit, Paul
Proposal for the principles to set noise output limits for machinery and equipment in Finland
pp. 1703-1706(4)
Author:
Hykanen, Hannu
Noise of domestic appliances - Consumer information and quality control
pp. 1707-1712(6)
Author:
Trousseau, Alain
Statistical method for determining product sound level in a noisy production environment
pp. 1713-1716(4)
Author:
Pope, J.
Experiences with noise labelling of lawn mowers
pp. 1717-1720(4)
Author:
Irmer, Volker
Designation of product noise for computer and business equipment
pp. 1721-1726(6)
Author:
Lang, William W.
Noise label in Australia
pp. 1727-1732(6)
Authors:
Eddington, I.W.; Eddington, N.J.
Noise labeling in Austria
pp. 1733-1738(6)
Author:
Lang, J.
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