INTER-NOISE and NOISE-CON Congress and Conference Proceedings

A new method of measuring sound power level using sound intensity measurement
pp. 1025-1028(4)
Authors: Dian, Xu; Yun, Zheng

Sound power determination from sound intensity: Results of the ANSI round robin test
pp. 1029-1034(6)
Authors: Shirahatti, U.S.; Crocker, Malcolm J.; Peppin, Richard J.

Sound power determination from sound intensity: ANSI data quality indicators
pp. 1035-1040(6)
Authors: Shirahatti, U.S.; Crocker, Malcolm J.

Qualifying intensity measurements for sound power determination
pp. 1041-1046(6)
Author: Pope, J.

Comparison between phase gradient method and transfer function method for characterization of materials in free-field
pp. 1047-1050(4)
Authors: Curti, A.; Pauzin, S.; Biron, D.

Impedance tube measurements - A comparative study of current practices
pp. 1051-1056(6)
Author: Chu, W.T.

Sound absorption by porous, flexible materials
pp. 1057-1062(6)
Authors: Ingard, Uno; Kirschner, Francis; Koch, John; Poldino, Michael

Absorption measurements of porous sheet resonator absorber
pp. 1063-1066(4)
Authors: Koch, J.; Poldino, M.

Measurement of the spherical wave absorption coeffient at oblique incidence using the two-microphone transfer function method
pp. 1067-1072(6)
Author: Nobile, Matthew A.

Sound absorption measurement for acoustical materials - Its history and headaches
pp. 1073-1076(4)
Author: Cook, Richard K.

Measurement of normal incidence absorption coefficient using sound intensity
pp. 1077-1080(4)
Authors: Burks, J.A.; Spencer, E.R.

Prediction of the statistical absorption coefficient for mineral wool materials
pp. 1081-1084(4)
Authors: Cops, A.; Lauriks, W.; van Briel, L.

Measurement of absorption coefficients at oblique incidence using spatial Fourier transform
pp. 1085-1088(4)
Author: Tamura, Masayuki

Towards an in-situ method for the measurement of acoustic impedance and absorption coefficient of acoustic materials
pp. 1089-1094(6)
Authors: Champoux, Yvan; Allard, Jean Francois

Acoustic impedance measurement by the pulse method
pp. 1095-1098(4)
Authors: Shibayama, Hideo; Ikeshita, Eiji; Kido, Ken'iti

In situ technique for the measurement of the surface impedance at normal and oblique incidence
pp. 1099-1102(4)
Authors: Allard, J.F.; Cops, A.; Lauriks, W.

Impedance tube measurements: A round robin comparison
pp. 1103-1108(6)
Authors: Peppin, Richard J.; Haines, James

Characteristics of a new hemi-anechoic room for noise emission measurement at IBM Brazil
pp. 1109-1112(4)
Authors: Moreira, P.; Hoffmann, W.; Nabuco, M.; Azevedo, J.

Reverberation sound field qualification by the two microphone technique
pp. 1113-1118(6)
Authors: Gerges, Samir N.Y.; Cespedes, Jaime P.

A simpler way to build the ANSI fan noise test plenum: The INCE TG/CBE construction guidelines
pp. 1119-1122(4)
Author: Boyle, Stephen J.

A signal processing technique to identify the number of incoherent sources in a system
pp. 1123-1128(6)
Authors: Ufford, D.A.; Bernhard, R.J.

Separation of structureborne and airborne noise from fans by coherent power analysis
pp. 1129-1132(4)
Authors: Wittig, Larry E.; Hsien, Hsiao-an

Unattended monitoring and source identification of aircraft noise
pp. 1133-1136(4)
Authors: Yamada, I.; Igarashi, J.; Hayashi, N.

Acoustics of machine structures - Results concerning noise reduction and diagnostics
pp. 1137-1140(4)
Authors: Hamann, Detief; Schirmer, Werner

Diagnosis of transformer coil looseness by vibration measurements
pp. 1141-1146(6)
Author: McKendree, Francis S.

The role of production noise quality control monitoring at Harley-Davidson Inc motorcyle division
pp. 1147-1152(6)
Author: Bozmoski, Alexander J.

Identification of noise sources of an automobile alternator by RPM dependent noise and vibration spectrum analysis
pp. 1153-1156(4)
Authors: Suh, Sang Joon; Chung, Jintai; Eun, Hee Joon

Machinery diagnosis: A procedure based on spectral analysis
pp. 1157-1160(4)
Author: Ruiz, P.

Machinery noise diagnosis by ear-related parameters
pp. 1161-1164(4)
Authors: Remmers, Hermann; Betke, Klaus; Wempen, Johann; Mellert, Volker

Energy flow method in quality control
pp. 1165-1170(6)
Authors: Bruel, Per V.; Brock, Michael

Estimation method of unusual sound source in machinery
pp. 1171-1174(4)
Authors: Katayama, K.; Morii, S.; Nagai, N.; Tsuboi, M.

An automated sound measurement system to evaluation weld quality
pp. 1175-1178(4)
Author: Gallagher, William D.

Vibration monitoring of reciprocating pumps
pp. 1179-1184(6)
Authors: Berther, Thomas; Davies, Patricia

Fault detection and identification in motor/gearbox combinations
pp. 1185-1190(6)
Author: Lyon, Richard H.

Identification of sources of vibration for closely grouped machines: The use of multiple input techniques
pp. 1191-1194(4)
Authors: Wagstaff, P.R.; Henrio, J.C.; Esparcieux, P.

Predicting noise radiation from machinery - Determining coupling loss factors for practical structures
pp. 1195-1198(4)
Authors: Stimpson, G.; Ming, R.S.

Comparison of experimental and analytical estimations for the modal density of a ring-stiffened cylinder
pp. 1199-1202(4)
Authors: Serati, Paul M.; Marshall, Steven E.

A data acquisition and processing system to determine SEA parameters for car bodies
pp. 1203-1206(4)
Authors: Walsh, S.J.; Lalor, N.

A practical application example of the modified Cepstrum technique
pp. 1207-1210(4)
Authors: Wu, Mei Q.; Crocker, Malcolm J.

Comparison of the Fast Field Program and parabolic equation as applied to the atmosphere
pp. 1211-1216(6)
Authors: White, Michael J.; Raspet, Richard

Numerical simulation of structure dynamic and acoustic problems with a new fast algorithm
pp. 1217-1220(4)
Author: Elmer, K-H.

Propagation of vibrations in a layer of ground
pp. 1221-1224(4)
Author: Habault, Dominique

Analysis of noise radiated by a source within a partial enclosure using the boundary element method
pp. 1225-1228(4)
Authors: Seybert, A.F.; Wu, T.W.; Li, W.L.

Noise study by using a CAD system
pp. 1229-1232(4)
Author: Gharabegian, Areg

A methodology for using a constant speed model to predict traffic noise in changing speed situations
pp. 1233-1238(6)
Authors: Bowlby, William; Wayson, Roger L.; Stammer Jr, Robert E.

CAD and GIS applications in highway noise modeling
pp. 1239-1242(4)
Author: Artz, Matthew C.

A model to calculate railway noise
pp. 1243-1248(6)
Author: Lang, J.

Use of FAA's nationawide airport noise impact model
pp. 1249-1252(4)
Authors: Albersheim, Steven R.; Eldred, Kenneth McK.

Acoustic noise synthesis and its application to the design of a duct system
pp. 1253-1258(6)
Authors: Prasad, M.G.; Ananthapadmansbha, T.V.

Low frequency noise prediction of internal acoustic environment of a launch vehicle at lift-off
pp. 1259-1262(4)
Author: Borello, Gerard

Modeling procedures for application of the selective two microphone acoustic intensity method
pp. 1263-1266(4)
Authors: Trethewey, Martin W.; Lin, Yu-Hong

Presenting environmental noise data using recorded noise examples
pp. 1267-1270(4)
Author: Dubbink, David T.

Sound source identification and sound level prediction in a Danish power plant
pp. 1271-1274(4)
Authors: Luzzato, Emile; Hermansen, Olaf

Windnoise in cars - Criteria and measurements
pp. 1275-1278(4)
Author: Wadmark, Bo

A concept for definition of subjective noise character - As a basics for more efficient vehicle noise reduction strategies
pp. 1279-1284(6)
Authors: Brandl, F.K.; Schiffbaenker, H.; Thien, G.E.

Industry goal: One world-wide standard
pp. 1285-1288(4)
Author: Luttrell, L.F.

Day-night average sound level (DNL) and sound exposure level (SEL) as efficient descriptors for noise compatibility planning
pp. 1289-1292(4)
Author: Young, Robert W.

Development of legislation on prevention of occupational hearing damage in Great Britain
pp. 1293-1296(4)
Authors: Kyriakides, K.; Dove, A.R.

Recent revisions to the California noise insulation standards
pp. 1297-1300(4)
Author: DuPree, Russell B.

European community aeroplane noise legislation - The next stage
pp. 1301-1304(4)
Author: Rowland, A.J.P.

Will your machine be too noisy in 1992? The likely impact of the E.C. directives on machinery noise
pp. 1305-1308(4)
Author: Greenwood, J.H.F.

Planning and noise mititation
pp. 1309-1312(4)
Author: Segal, Alexander