INTER-NOISE and NOISE-CON Congress and Conference Proceedings

Modelling by point sources and sound field analysis of machines and vibrating structures
pp. 895-898(4)
Authors: Tomilina, T.M.; Bobrovnitskii, Yu. I.

Experimental tests of a multiport analysis program
pp. 899-902(4)
Author: Carlsson, Ulf

Sound insulation by limited elastic shells
pp. 903-906(4)
Authors: Muzychenko, Vadim W.; Rybak, Samuil A.

Acoustic filters and anechoic terminations: A theoretical and experimental study
pp. 907-910(4)
Authors: Landel, E.; Reber, J.D.; Dirninger, C.; Bano, M.

Determination of impedance and admittance of cylindrical shell
pp. 911-914(4)
Author: Guzhas, Danielius

Method for prediction of pipe noise
pp. 915-918(4)
Author: Holmberg, Lars

Fast computational method for sound transfer of plate- and box-like structures: Model and applications
pp. 919-922(4)
Authors: Verheij, J.W.; Dittrich, M.G.; Snel, P.J.

A simplified way to compute partial coherence function in noise source identification
pp. 923-926(4)
Author: Feng, Liping

A computational method for resonance frequencies
pp. 927-930(4)
Authors: Hong, Hong-Ki; Li, Yeou-Fong

Vibration prediction of cylindrical structures using an approximate formula
pp. 931-934(4)
Authors: Kim, Jeung T.; Kim, Dong H.; Choi, Byung C.

A study of uncertainty in applications of statistical energy analysis to one-dimensional and two-dimensional structural systems
pp. 935-940(6)
Authors: Mohammed, Adnan D.; Fahy, Frank J.

Sound transmission at low frequencies using statistical energy analysis
pp. 941-944(4)
Authors: Craik, R.J.M.; Steel, J.A.

Energy flows within a three element structure with a statistical description of the design parameters
pp. 945-948(4)
Author: Finnveden, Svante

Can statistical energy analysis be used in transient conditions?
pp. 949-952(4)
Authors: Lednik, D.; Pinnington, R.J.

Measurement of cylinder/plate coupling loss factors and associated problems
pp. 953-956(4)
Author: Pollard, J.S.

Coupling loss factor of a shaft-bearing-plate system
pp. 957-960(4)
Authors: Lim, Teik Chin; Singh, Rajendra

On the measurement of individual coupling loss factor in a complex structure
pp. 961-964(4)
Authors: Ming, R.S.; Stimpson, G.; Lalor, N.

Vibration analysis of coupled stiffened plates using the finite element method
pp. 965-968(4)
Authors: Simmons, Christian; Fredo, Claes

A computer system to predict internal noise in motor cars using statistical energy analysis (S.E.A.)
pp. 969-972(4)
Authors: Walsh, S.J.; Stimpson, G.; Lalor, N.

The development of a wave approach to statistical energy analysis
pp. 973-976(4)
Author: Heron, K.H.

Characteristics of power flow and energy distribution between non-conservatively coupled oscillators usder general excitations
pp. 977-980(4)
Authors: Zhang, Jian; Ku, C.H.

Development and application of noise simulation system
pp. 981-984(4)
Authors: Nakamura, Mitsuo; Komine, Tokuo; Daimon, Seishiro; Koshimizu, Mitsuru

RPM determination on passing vehicles based on noise analysis
pp. 985-988(4)
Author: Bjor, Ole-Herman

Adaptive time series control of turbulent pipe flow: Computer studies using experimental data
pp. 989-992(4)
Author: Efron, Adam

The use of instantaneous frequency for the vibration signal analysis
pp. 993-996(4)
Authors: Kim, Yang-Hann; Kim, Jeung T.; Lee, Hyun

Hydraulic noise diagnostic using wavelet analysis
pp. 997-1000(4)
Author: Leducq, Daniel

Application of Wigner-Ville distribution to noise sounds analysis
pp. 1001-1004(4)
Author: Marasek, Krzysztof

Noise problem identification on a combine harvester by use of principal component analysis
pp. 1005-1008(4)
Authors: Otte, D.; Leuridan, J.; Hermanski, M.; Ostholt, H.

Objective evaluation of gearbox on a production line
pp. 1009-1012(4)
Authors: Sas, P.; Vanderstede, F.

A reasonable spectrum estimation of colored noise and its application
pp. 1013-1016(4)
Authors: He, Zhengjia; Sheng, Yudi; Qu, Liangsheng

A new technique for long term noise surveys
pp. 1019-1024(6)
Authors: Wallis, A.D.; Hill, R.C.

Gradient microphone for sound intensity application
pp. 1025-1028(4)
Author: Bschorr, O.

Testing the reliability of standard intensity probes
pp. 1029-1032(4)
Authors: Rozwadowski, A.; Thiebaut, L.; Pepin, H.

A noncontracting transformer for the measurement of vibratory displacements and rotations
pp. 1033-1036(4)
Authors: Cafeo, John A.; Trethewey, Martin W.; Sommer, H.J.

Knowledge acquisition method for microcomputer machine condition monitoring system
pp. 1037-1040(4)
Authors: Madej, Dariusz; Motylewski, Jerzy; Marasek, Krzysztof

A mobile system for measuring airport noise
pp. 1041-1044(4)
Authors: Osmundsen, Eyjolf; Liasjo, Kare H.

Classification of noise sources of a textile machines with analysis techniques based on short Leq measurements on TWP time signal
pp. 1045-1048(4)
Authors: Amadasi, Giovanni M.; Giscomin, Paolo

Noise source identification in semi-hermetic twin-screw compressors
pp. 1049-1052(4)
Authors: Andrews, R.W.; Jones, J.D.

Determination of radiation efficiency with a three microphone probe
pp. 1053-1056(4)
Author: Loyau, Thierry

Low frequency correction of electrostatic microphone pair phase calibration
pp. 1057-1060(4)
Authors: Mann III, J. Adin; Pascal, J.C.; Phan, T.M.

An investigation of the number of incoherent sources in an internal combustion engine
pp. 1061-1064(4)
Authors: Ufford, D.A.; Bernhard, R.J.

Analysis of sound field for oil hydraulic piston pump
pp. 1065-1068(4)
Authors: Wateridachi, Koji; Miki, Kenichi; Inazuka, Toru; Fujimoto, Satoru

Aspects regarding cavitation occurence during the normal operation of centrifugal pumps
pp. 1069-1072(4)
Authors: Comanescu, L.; Stan, A.

Acoustic power radiated by the hull partition of ship accommodation measured with spatial intensity vector
pp. 1073-1076(4)
Authors: Weyna, S.; Hojbjerg, K.

Application of sound intensity measurement technology to identification of system with multi nosie sources
pp. 1077-1080(4)
Authors: Xiao, Ying; Huang, Xieqing; Depei, Dai

Progressive hearing loss despite the use of conventional noise protectors
pp. 1085-1088(4)
Authors: Bennrup, S.; Ivarsson, A.; Toremalm, N.G.

The use of mimicrophone for evaluating the attenuation from conventional and non-linear hearing protectors
pp. 1089-1092(4)
Author: Hellstrom, Per-Anders

Eczema, itching, heat and humidity problems - Impediments to the effective use of hearing protectors
pp. 1093-1096(4)
Authors: Ivarsson, A.; Toremalm, N.G.; Bruhl, P.

Comparison of three methods for prediction of sound level reduction of hearing protectors
pp. 1097-1100(4)
Author: Lundin, Rune

Noise levels at the ear of marksmen wearing conventional and non-linear ear muffs
pp. 1101-1104(4)
Authors: Price, I.R.; Walles, E.J.; Ward, T.

Results of measurement of hearing protectors depending on realization of sound field
pp. 1105-1108(4)
Authors: Svensson, Eva; Olofsson, Ake

A comparison of objective and subjective measurements of ear-muff attenuation
pp. 1109-1112(4)
Author: Walles, E.J.

NSBIT program: Development of assessment system for aircraft noise and research on human impacts due to aircraft noise
pp. 1115-1120(6)
Authors: Finegold, L.S.; Fidell, S.A.; Reddingius, N.H.; Kugler, B.A.

Development of damage assessment models for conventional and unconventional structures
pp. 1121-1124(4)
Authors: Hall, P.S.; Kugler, B.A.; Haber, J.A.

Community noise and health of inhabitants
pp. 1125-1128(4)
Authors: Yoshida, T.; Nakamura, S.

A model for the effects of aircraft overflight noise on the reproductive success of raptorial birds
pp. 1129-1133(5)
Authors: Bowles, Ann E.; Awbrey, Frank T.

Trading number of operations versus loudness of aircraft
pp. 1133-1136(4)
Author: Fastl, Hugo

Relationship among noise indices in community reactions to railways noise
pp. 1137-1140(4)
Authors: Nakamura, Shinich; Yoshida, Takumasa

An examination of the relationship between vehicle noise measures and perceived noisiness
pp. 1141-1144(4)
Authors: Watts, Greg; Godfrey, Nigel; Berry, Bernard

Effects of binaural loudness summation and their approximation in objective loudness measurements
pp. 1145-1150(6)
Authors: Zwicker, Ulrich Tilmann; Zwicker, Eberhard

Masking effect due to the direction of artificially introduced masking sound
pp. 1151-1154(4)
Authors: Nagatomo, M.; Kajima, S.; Furusawa, T.; Tano, M.

New data on equal-loudness level contours for pure tones and threshold of hearing in a free field
pp. 1155-1158(4)
Authors: Sone, Toshio; Suzuki, Yoiti; Takeshima, Hisashi; Kumagai, Masazumi; Fujimori, Takeshi; Kado, Hisashi; Miura, Hajime

Arithmetic mean value of octave band sound pressure levels as a noise assessment measure
pp. 1159-1162(4)
Authors: Tachibana, Hideki; Sonoda, Yuji; Sato, Fumiaki

Critical loads for noise exposure during the night
pp. 1163-1166(4)
Author: Griefahn, Barbara

Noise annoyance during the performance of different non-auditory tasks
pp. 1167-1170(4)
Authors: Kjellberg, Anders; Skodstrom, Bjorn

Temporal change of noisiness of helicopter noise
pp. 1171-1176(6)
Authors: Namba, Seiichiro; Kuwano, Sonoko

Temporal change of timbre of helicopter noise
pp. 1177-1180(4)
Authors: Kuwano, Sonoko; Namba, Seiichiro

Subjective estimation of running car interior noise
pp. 1181-1184(4)
Authors: Hashimoto, T.; Takao, H.

The development of transmission rattle indices
pp. 1185-1188(4)
Authors: Croker, M.D.; Greer, R.J.; Granstrom, J.; Hilbert, D.

Disturbance caused by impulsive, fluctuating, and combined noises
pp. 1189-1192(4)
Authors: Yano, Takashi; Kobayashi, Asato

Psycho-social effects of traffic noise exposure
pp. 1193-1196(4)
Authors: Ohrstrom, Evy; Rylander, Ragnar

Analysis of audiometric data of 110,647 noise exposed persons
pp. 1197-1202(6)
Authors: Korpert, K.; Schwetz, F.; Neuberger, M.; Raber, A.; Bauer, P.

Noise-induced hearing loss and speech perception in quiet and noise
pp. 1203-1206(4)
Authors: Miyakita, Takashi; Miura, Hajime; Hiramatsu, Kozo

Effect of head diffraction on noise levels at the ears
pp. 1207-1210(4)
Authors: Conde Santos, L.M.; Bento Coelho, J.L.

Impulse noise of some military devices - Surveys, analysis of ear damage, prevention
pp. 1211-1214(4)
Authors: Bislo, Giacomo; Ottoboni, Adriano; Brera, Silvio; Ottoboni, Stefano

The distribution of auditory thresholds in the Guinea Pig after exposure to impact or continuous noise
pp. 1215-1218(4)
Authors: Grenner, Jan; Nilsson, Per

Occupational hearing impairment in groups of workers of the Portuguese Air Company, TAP-AIR Portugal
pp. 1219-1222(4)
Authors: Azvedo, Luis; Rodrigues, Carlos; Lima, Margarida

The effect of ear canal volume in the development of noise-induced hearing loss
pp. 1223-1226(4)
Authors: Toremalm, N.G.; Ivarsson, A.; Bennrup, S.; Sheppard, H.

Permissible criteria for impulse noise recommended by Japan Association of Industrial Health (JAIH)
pp. 1227-1230(4)
Authors: Hiramatsu, Kozo; Takagi, Koichi; Yamamoto, Takeo

Application for active attenuation
pp. 1233-1238(6)
Author: Leventhall, H.G.

Speakers for active noise control
pp. 1239-1242(4)
Authors: Fry, A.T.; Fryer, P.A.

Active vibration control using distributed actuators and sensors
pp. 1243-1246(4)
Authors: Newman, M.J.; Pettersen, O. Kr. O.

The active control of road noise inside vehicles
pp. 1247-1250(4)
Authors: Sutton, T.J.; Elliot, S.J.; Nelson, P.A.; Moore, I.

Noise shaping of multitone spectra using the LMS adaptive algorithm
pp. 1251-1254(4)
Authors: Sjosten, Per G.; Eriksson, Per F.B.; Berg, Per-Ake

Multichannel broadband active noise control in small enclosures
pp. 1255-1258(4)
Authors: Guicking, D.; Bronzel, M.

Active control of structurally-coupled sound fields generated by localized force inputs
pp. 1259-1262(4)
Authors: Sonti, V.R.; Chang, P.S.; Jones, J.D.

Acoustical elements in active noise control
pp. 1263-1266(4)
Author: van Overbeek, M.W.R.M.

Active noise control in reverberant rooms
pp. 1267-1272(6)
Author: Maa, Dah-You

Control strategies for active noise reduction
pp. 1273-1276(4)
Author: Doelman, N.J.

Active noise control in a duct using active acoustic conductances
pp. 1277-1280(4)
Authors: Taki, Masao; Mori, Takuji

Causality and stability problems in a simple active noise control system
pp. 1281-1284(4)
Author: Laugesen, Soren

The generalized predictive command applied to the noise cancellation
pp. 1285-1288(4)
Author: Duvermy, C.

Modified J.M.C. method in active noise control
pp. 1289-1292(4)
Author: Uosukainen, Seppo

Active control of pulsed flow for low frequency noises attenuation
pp. 1293-1296(4)
Authors: Laumonier, J.; Tartarin, J.; Peube, J.L.

Active noise control in a duct: the JMC method
pp. 1297-1300(4)
Author: Mangiante, G.

Active control of airborne noise transmitted through a ribbed panel
pp. 1301-1304(4)
Authors: Chatel, G.; Frances, A.; Roure, A.

Semi-active noise control by a resonator with variable parameters
pp. 1305-1308(4)
Authors: Sato, Susumu; Matsuhisa, Hiroshi

Combined effects on man by low frequency noise and vibration
pp. 1311-1314(4)
Authors: Yamada, Shinji; Sueki, Makoto; Okamura, Akiko; Hagiwara, Shinsaku; Watanabe, Toshio; Kosaka, Toshifumi

Low frequency and infranoise analysis and control in Argentina
pp. 1315-1318(4)
Author: Fuchs, Guillermo

Annoyance, loudness and dBA in evaluating low frequency sounds
pp. 1319-1322(4)
Authors: Persson, Kerstin; Bjorkman, Martin; Rylander, Ragner