INTER-NOISE and NOISE-CON Congress and Conference Proceedings

Railway wheel acoustic optimsation
pp. 1455-1458(4)
Authors: Gautier, P.B.; Vincent, N.; Thompson, D.J.

Experimental validation of the prediction model for rolling noise twins
pp. 1459-1462(4)
Authors: Mahe, H.; Thompson, D.J.; Zach, A.; Hotzl, G.

Twins: A prediction model fro wheel-rail rolling noise
pp. 1463-1466(4)
Authors: Thompson, D.J.; Gautier, P.E.

350 KPH running tests to assess a new railway noise model
pp. 1467-1470(4)
Authors: Castel, L.; Gautier, P.E.; Vincent, N.; Goudard, J.P.

Boundary layer survey on a full scale high speed train by laser Doppler velocimetry with aeroacoustic implications
pp. 1471-1474(4)
Authors: Crespi, Pierre; Caille, Paul; Fodiman, Pascal

A measurement method to analyze the railway vehicle noise
pp. 1475-1480(6)
Authors: Vaquero, M.; Recuero, M.; Gil, C.; Sobreira, M.

Simple analysis of exhaust noise produced by a four cylinder engine
pp. 1481-1484(4)
Authors: Desmons, L.; Kergomard, J.

Experimental measurement of vehicle insertion loss
pp. 1485-1488(4)
Author: Nakamura, Kinji

Noise control of vehicle cabins
pp. 1489-1492(4)
Authors: Tanttari, J.; Saarinen, K.

Noise reduction of a diesel truck engine with internal stiffeners
pp. 1493-1496(4)
Authors: Agren, Anders; Johansson, Orjan; Giessman, Ray

Use of the sound intensity method to compare sound reduction index of tractor windows supported in various ways
pp. 1497-1500(4)
Authors: Langrenne, C.; Pascal, J-C.

Noise radiation from a torsional vibration damper in a diesel engine
pp. 1501-1504(4)
Authors: Johansson, Orjan; Agren, Anders

Noise prediction in the case of moving and evolving sources
pp. 1505-1508(4)
Author: Schreiden, Andre F.

Noise abatement of a fuel pump for motor vehicle by sound intensity method
pp. 1509-1512(4)
Authors: Taya, Koichi; Yamashita, Mitsuyasu; Harigaya, Younosuke; Ijima, Masaaki

The difference in sensitivity to vehicle noise performance between European and Japanese subjects
pp. 1513-1516(4)
Authors: Shibuya, Hirohiko; Wilgenhof, Eddy; Nambu, Tatsuyoshi

Investigation and attenuation on noise in tracked vehicles
pp. 1517-1520(4)
Authors: Yi, Chui-Jie; Lu, G.Q.; Huang, X.Q.

External noise car decreasing of small car
pp. 1521-1526(6)
Authors: Starobinsky, Rudolf N.; Fessina, Michael I.

Decay processes in rooms with non-diffuse sound fields
pp. 1527-1530(4)
Author: Nilsson, Erling

Bench-mark of acoustical ray tracing computer programs
pp. 1531-1534(4)
Authors: Verbandt, Filip J.R.; Jonckheere, Robert E.

Comparision of three computer models for the prediction of sound propagation in an enclosed spaced
pp. 1535-1538(4)
Authors: Dance, S.M.; Shield, B.M.

Applications of the conical beam method in architectural industrial and environmental acoustics
pp. 1539-1542(4)
Author: De Geest, E.

Noise abatement and control in iron and steel plants
pp. 1543-1546(4)
Authors: Nemerlin, J.; Le Louer, P.

AKURI - A quick model to predict noise fields in industrial interiors
pp. 1547-1550(4)
Authors: Kuronen, Juhani; Ollila, Tapani

Measuring the absorption factor of materials in industrial shops by TDS and impulse methods
pp. 1551-1554(4)
Authors: Le Louer, P.; Engler, G.; Nemerlin, J.; Tran, Q.H.

Predicting noise levels in urban environment using calibrated ray-tracing models (Part II)
pp. 1555-1558(4)
Authors: De Borger, G.; Pleeck, D.; Van Overmeire, M.

A critical review of theatre ceiling design based on first reflections
pp. 1559-1562(4)
Author: Mlecnik, Erwin

Acoustic design of new church in Hjerting, Denmark
pp. 1563-1566(4)
Authors: Heiden, Jorgen; Holst-Jensen, Ole; Andersen, Erik

Some analytical aspects of room acoustics
pp. 1567-1572(6)
Author: Dezelak, Ferdinand

Numerical evaluation of complex sound intensity fields for noise control
pp. 1573-1576(4)
Authors: Zhong, Quinghui; Alfredson, Robin J.

Finite difference time domain study of acoustical cavities with vibrating plate boundaries
pp. 1577-1580(4)
Author: Botteldooren, D.

Finite element analysis of absorption silencers
pp. 1581-1584(4)
Authors: Rathi, K.L.; Peat, K.S.

Study of sensitivity analysis for radiated noise
pp. 1585-1588(4)
Authors: Ohnishi, Keizo; Okura, Kiyoshi

Transmission loss of a compressor silencer using boundary elements modelling
pp. 1589-1592(4)
Authors: Degan, F.; Faraon, A.; Giusto, F.M.

Two stage narmax modeling - Application to a loudspeaker
pp. 1593-1596(4)
Authors: Kim, Kwang-Joon; Jang, Han-Kee

The equivalent sources approach to acoustical design of forced vibration structures
pp. 1597-1600(4)
Author: Tomilina, T.

Estimation of source strength of vibrating structures by using boundary element method and reciprocity
pp. 1601-1604(4)
Authors: Ih, Jeong-Guon; Kim, Bong-Ki

Acoustic optimization of complex closed shells equipped with interior structures by numerical methods
pp. 1605-1608(4)
Authors: Ionov, A.; Jougov, N.; Simin, N.

Green function synthesis for vibration and sound radiation prediction at non-uniform structures
pp. 1609-1612(4)
Author: Bernblit, Michael V.

Modeling of noise sources
pp. 1613-1618(6)
Author: Bobrovnitskii, Yu. I.

The application of plane wave decomposition of sound fields to selected air-to-water transmission problems
pp. 1619-1622(4)
Authors: Boyle, S.P.; Nelson, P.A.

The influence of moisture content on the acoustical properties of model materials for sand
pp. 1623-1626(4)
Authors: Teuber, Sabine; Mellert, Volker

Scattering characteristics of a quadrupole sound near a stepped surface
pp. 1627-1630(4)
Author: Sagwa, Akio

Noise generation mechanisms in the flow around rectangular section bluff body arrays
pp. 1631-1634(4)
Authors: Blazewicz, A.M.; Pickles, J.M.; Bull, M.K.

Sound generated from interaction of large scale disturbances with shock waves
pp. 1635-1638(4)
Author: Seto, Kunisato

Modelization of the analytical undersea man-made noise. Comparison between models and experiment
pp. 1639-1642(4)
Author: de Reffye, J.

Secondary vortex effects on the sound radiation during vortex-wedge interaction
pp. 1643-1646(4)
Authors: Lee, Duck-Joo; Park, Jin-Ho

Sound scattering by limited cylindrical shells
pp. 1647-1648(2)
Author: Rybak, S.A.

Noise emission by flow around a thin smooth body
pp. 1649-1652(4)
Author: Skvortsov, A.T.

Detection signal wave by use of threshold filter
pp. 1653-1656(4)
Authors: Shibayama, Hideo; Nakamura, Shin'iti; Kido, Kin'iti

Noise suppression for hands free mobile telephone communication
pp. 1657-1660(4)
Authors: Van Compernolle, Dirk; Smolders, Johan; Xie, Fei

Time frequency discrimination of fluid and structure borne paths in a liquid filled elastic cylinder
pp. 1661-1664(4)
Author: Journeau, Christophe

Speech parameter extraction in noisy environment using a masking model
pp. 1665-1668(4)
Authors: Ebata, Masanao; Matsuo, Hideyuki; Usagawa, Tsuyoshi

The development of the realtime octave band analyzer using digital signal processing technique
pp. 1669-1672(4)
Authors: Yamaguchi, Kiminori; Anzai, Masazou; Ono, Takahiko

Free field deviation of a pure tone source tested in a semi-anechoic room
pp. 1673-1678(6)
Authors: Wang, Ji-quig; Cai, Biao

Noise propagation in the presence of atmospheric turbulence
pp. 1679-1682(4)
Authors: Daigle, Gilles A.; Havelock, David I.; Stinson, Michael

The measurement of air-coupled surface waves over a porous surface
pp. 1683-1686(4)
Authors: Stinson, Michael R.; Daigle, Gilles A.; Havelock, David I.

Development of a novel form of sound absorbent facing for traffic noise barriers
pp. 1687-1690(4)
Authors: Fahy, F.J.; Ramble, D.; Walker, J.G.; Suguira, M.

Sound absorption properties of porous concrete
pp. 1691-1694(4)
Authors: Lauriks, W.; Schoubs, E.; Hufken, G.J.; Thoen, J.

A method of predicting the acoustical properties of layered materials
pp. 1695-1698(4)
Authors: Brouard, Bruno; Lafarge, Denis; Allard, Jean F.

The measurement of absorption coefficients at arbitrary angles of incidence using spatial Fourier transformation
pp. 1699-1702(4)
Author: Tamura, Masayuki

A study of the absorption coefficient of a practically constructed Schroeder diffusor at normal incidence
pp. 1703-1706(4)
Authors: Fujiwara, Kyoji; Moriyasu, Nami

Measurement of the influence of buidlings on road traffic noise immission by a correlation method with maximum length sequencies
pp. 1707-1710(4)
Author: Heutschi, Kurt

Scale model simulation of sound propagation over an impedance discontinuity
pp. 1711-1714(4)
Author: Rasmussen, Karsten Bo

A method for the calculation of noise attenuation by a finite length barrier
pp. 1715-1718(4)
Authors: Yamamoto, Kohei; Hotta, Ryota; Takagi, Koichi

Application of noise abatement devices at the top of highway noise barrier
pp. 1719-1722(4)
Authors: Yamamoto, Kohei; Yamashita, Mitsuyasu; Yoshida, Yukinobu; Shono, Yutaka

Noise modeling for a refinery complex
pp. 1723-1726(4)
Authors: Cowling, J.T.; McMahon, T.; Cindric, D.T.

The influence of finite reflecting surface upon fan noise spectra, A case study
pp. 1727-1730(4)
Authors: Charles, A.E.; Allen-Booth, D.M.

Sound propagation depending on weather conditions caused by ground noises of aircraft
pp. 1731-1734(4)
Authors: Meyer, Thomas J.; Steger, Gerhard; Piening, Andreas

Inplant screening in petrochemical sites
pp. 1735-1738(4)
Authors: Granneman, Jan H.; de Beer, Eugene H.A.; Schermer, Frans A.G.M.

Traffic noise propagation under the influence of wind and temperature gradients
pp. 1739-1742(4)
Authors: Gabillet, Yannick; Bonfil, Ferit; L'Esperance, Andre; Colard, Jean

Revised guide for measuring and calculating industrial noise
pp. 1743-1746(4)
Author: Schmersal, E.J.W.

Measuring and testing the night sound pressure level of a plant from the point of view of the surrounding dwelling
pp. 1747-1750(4)
Author: Bereczki, Istvan

Operative forecast of acoustic noise propagation along ground surface through the atmosphere taking into account meteorological conditions
pp. 1751-1756(6)
Authors: Krasnenko, N.P.; Bogushevich, A.Ya.

Acoustic impulses of the strong parallel airfoil-vortex interaction
pp. 1757-1760(4)
Author: Kaminski, Witold S.

Flight and ground acoustic environment of the C-5A aircraft
pp. 1761-1764(4)
Author: Shaw, Leonard

Modeling of silencers adapted to aircraft ventilation
pp. 1765-1768(4)
Authors: Planade, O.; Negrel, M.; Ozouf, P.; Guilhot, J.P.

An improved squeeze film damper as a flexible support for jet engine rotors
pp. 1769-1772(4)
Authors: Zhao, J.Y.; Linnett, I.W.

Overview of existing test facilities for acoustic fatigue in aeronautics
pp. 1773-1778(6)
Author: Louwers, Marc

Aerodynamic noise from wind turbines
pp. 1779-1782(4)
Authors: Jakobsen, Jorgen; Andersen, Bent

Vibration acceptance criteria for piping systems
pp. 1783-1786(4)
Authors: Norton, M.P.; Karczub, D.G.

Development of a low noise wind tunnel for aerodynamic noise research
pp. 1787-1790(4)
Authors: Fujita, H.; Iida, A.; Takano, Y.; Kato, C.

Aerodynamic noise generated by two tandem circular cylinders with different diameters
pp. 1791-1794(4)
Authors: Mochizuki, O.; Kiya, M.; Suzuki, T.; Arai, T.

Reduction of noise generation of cooling fans
pp. 1795-1800(6)
Author: van der Spek, Henk

Four parameter fractional deriviative model of viscoelastic materials
pp. 1801-1804(4)
Author: Pritz, T.

Chain and cable as high frequency vibration absorbers
pp. 1805-1808(4)
Authors: Wilson, R.C.; Koss, L.L.

Reduction effect of ground vibration due to vibration proof mats
pp. 1809-1812(4)
Authors: Hayakawa, Kiyoshi; Sawatake, Masaaki; Gotoh, Ryoji; Matsui, Tamotsu

Vibration damping steel sheet for automotive noise control
pp. 1813-1816(4)
Authors: Kadowaki, Nobuo; Endoh, Hirosi

Isolation of shocks by constant interaction force vibro-isolation (WOSSO)
pp. 1817-1820(4)
Author: Dobry, Marian Witalis

Wave effects in elastomeric isolation pads - Experimental evaluation
pp. 1821-1824(4)
Authors: Hussain, Jawaid I.I.; Leong, M. Salman

Optimal noise and vibration absorbers for elastic surface systems
pp. 1825-1828(4)
Authors: Yang, Zhansheng; Wang, Hongzhen; Zhu, Wuhua

New application of rubber-metal composites to noise and vibration control problems
pp. 1829-1832(4)
Authors: Kravchenko, S.V.; Ryaboy, V.M.

Noise control of vibrating screens
pp. 1833-1838(6)
Authors: Li, Ji; Iiu, Xichang; Zhu, Yueming

A three-sensor method for the measurement of one-dimensional vibration intensity
pp. 1839-1842(4)
Authors: Suzuki, Yoiti; Iwaya, Yukio; Sone, Toshio

Passive method for determination of vibration impedance of complex stuctures
pp. 1843-1846(4)
Author: Pavic, Goran

Prediction of power flow and vibration energy dissipation of connected beams via frequency response functions for power variables
pp. 1847-1850(4)
Authors: Xu, Wang; Koss, L.L.

Prediction of shock propagation in coupled-beam systems
pp. 1851-1854(4)
Authors: Lednik, D.; Pinnington, R.J.

Power radiation and transmission for structures coupled via large contact areas
pp. 1855-1858(4)
Author: Hammer, Per

The vibration of the foundation caused by the working machine
pp. 1859-1862(4)
Authors: Kobayashi, Naota; Kagami, Shigeru; Nakamura, Misao; Kuroda, Eishi

Nonlinear vibration and acoustic coupling effects in structural acoustic tests of panels
pp. 1863-1866(4)
Author: Ng, C.F.

Identification of vibration sources in beams and cylindrical shells using theory of potentials
pp. 1867-1870(4)
Author: Kovinskaya, S.