INTER-NOISE and NOISE-CON Congress and Conference Proceedings

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.