INTER-NOISE and NOISE-CON Congress and Conference Proceedings

Temperature gradient effects upon the acoustic performance of cataytic converters
pp. 1003-1006(4)
Authors: Peat, K.S.; Kirby, R.

Performance of panel absorber used for duct noise reduction at low frequency
pp. 1007-1010(4)
Authors: Tang, W.C.; Ng, C.F.

The effect of finite length flexible segments on acoustic wave propagation in piping systems
pp. 1011-1014(4)
Authors: Chapnik, B.V.; Currie, I.G.

Attenuation of blade passing excitation in centrifugal compressor
pp. 1015-1020(6)
Authors: Petela, G.; Mortriuk, R.

A fast adaptive feedback-controller for active noise control
pp. 1021-1024(4)
Authors: Auspitzer, T.; Rafaely, B.; Elliott, S.J.

Optimal placement of secondary sources and error microphones for active noise control in a straight waveguide
pp. 1025-1028(4)
Authors: Sergent, P.; Duhamel, D.

Linear filter theory and causality constraints for active control in ducts
pp. 1029-1034(6)
Authors: Laak, T.A.; Popovich, S.R.

An in-duct sensor array for the active control of sound radiated from circular flow ducts
pp. 1035-1040(6)
Authors: Joseph, P.; Nelson, P.A.; Fisher, M.J.

Effect of the difference between error path C and its estimate C-hat for active noise control using filtered-X LMS algorithm
pp. 1041-1044(4)
Author: Kurisu, K.

Active noise control of one-dimensional duct using H-infinite control theory
pp. 1045-1050(6)
Authors: Nonami, K.; Fan, Q.U.; Nakano, M.

Noise cancellation using a multi-source adaptive active control mechanism
pp. 1051-1054(4)
Authors: Tokhi, M.O.; Mamour, K.

Active attenuation of noise transmission through elastic partitions with high modal densities
pp. 1055-1060(6)
Authors: Pan, J.; Bao, C.

Industrial application of active control of pulsed flow
pp. 1061-1066(6)
Authors: Renault, S.; Micheau, P.; Tartarin, J.; Besombes, M.

Application and case histories of active silencers in HVAC systems
pp. 1067-1072(6)
Author: Pelton, H.

A low cost active noise controller
pp. 1073-1076(4)
Authors: Minguez-Olivares, A.; Recuero-Lopez, M.

Sound field control by indefinite mint filters
pp. 1077-1080(4)
Authors: Nakajima, H.; Takaki, Y.; Mihoshi, M.; Tohyama, M.

The effect of traffic calming on noise levels
pp. 1081-1086(6)
Author: Marstein, A.

Active control of broadband noise in rectangular enclosures
pp. 1087-1090(4)
Authors: Park, Y.C.; Sommerfeldt, S.D.

Active noise attenuation as a route to quiet duct systems without using fibrous material
pp. 1091-1096(6)
Authors: Leventhall, H.G.; Dineen, S.; Walker, J.; Wise, S.

Effective noise reduction with hybrid silencers
pp. 1097-1100(4)
Authors: Kruger, J.; Leistner, P.

Optimal placement of secondary sources for active noise control using a genetic algorithm
pp. 1101-1104(4)
Authors: Pottie, S.; Botteldooren, D.

Tuned loudspeaker enclosures for active noise control
pp. 1105-1108(4)
Authors: Blondel, L.A.; Elliott, S.J.

A study of online plant modelling methods for active control of sound and vibration
pp. 1109-1114(6)
Author: Laugesen, S.

A virtual microphone arrangement in a practical active headset
pp. 1115-1120(6)
Authors: Garcia-Bonito, J.; Elliott, S.J.; Boucher, C.C.

Noise control in resonant soundfields using active absorbers
pp. 1121-1126(6)
Authors: Darlington, P.; Avis, M.R.

Active boundary control of enclosed sound fields
pp. 1127-1132(6)
Author: Darlington, P.

Basic study for a low-noise fan using active noise cancellation
pp. 1133-1136(4)
Authors: Okada, T.; Ugo, R.

A multi-channel fuzzy LMS algorithm for active noise control
pp. 1137-1140(4)
Authors: Nam, H-D.; Kim, K-T.; Cheung, W-S.

Performance enhancement of structural/acoustic active control systems via acoustic error signal decomposition
pp. 1141-1146(6)
Authors: Snyder, S.D.; Burgemeister, K.

Modelling the structural/acoustic coupling of an aircraft fuselage for optimising an active noise control system
pp. 1147-1150(4)
Authors: Cazzolato, B.S.; Hansen, C.H.

Active tonal noise canceller with frequency tracking
pp. 1151-1154(4)
Authors: Na, H.S.; Park, Y.

Active noise control of road noise with constraint multiple filtered-X LMS algorithm
pp. 1155-1158(4)
Authors: Kim, H-S.; Park, Y.; Sur, K-H.

Active control of the noise radiated by an engine enclosure
pp. 1159-1162(4)
Authors: Chatel, G.; Chevalier, M.; Ginoux, J.M.

Active acoustic power control of elevator noise caused by ventilator
pp. 1163-1166(4)
Authors: Enamito, A.; Morikawa, Y.; Hayashi, T.; Teshima, N.; Fujita, Y.

Optimization of an active noise control system using spherical harmonics expansion of the primary field
pp. 1167-1170(4)
Authors: Martin, T.; Roure, A.

Applicability of active noise control system as countermeasure against road noise
pp. 1171-1174(4)
Authors: Uesaka, K.; Ohnishi, H.; Hachimine, K.; Nishimura, M.; Ohnishi, K.

Use of adaptive filters in active ear defenders
pp. 1175-1178(4)
Authors: Bao, C.; Pan, J.

Active control of helicopter rotor tones
pp. 1179-1182(4)
Authors: Boucher, C.c.; Elliott, S.J.; Baek, K-H.

Earth-moving machine cab enclosed sound field active control simulation
pp. 1183-1186(4)
Authors: Carletti, E.; Miccoli, G.; Vecchi, I.

A genertic algorthm for the simultaneous optimization of the sensor and actuator positions for an active nosie and/or vibration control system
pp. 1187-1192(6)
Authors: Manolas, D.A.; Gialamas, T.; Tsahalis, D.T.

Application of fast adaptive IIR filter algorithms for active noise control in a kitchen hood
pp. 1193-1198(6)
Author: Schirmacher, R.

Active noise control in a twin-engine patrol boat
pp. 1199-1202(4)
Authors: Sjosten, P.G.; Johansson, S.; Lago, T.L.; Claesson, I.

New concept of close fitting acoustical enclosure with active vibration control
pp. 1203-1206(4)
Authors: Kamata, M.; Yamada, T.; Yamazaki, T.

Power optimal control of sound transmission through plate by use of piezoelectric elements
pp. 1207-1210(4)
Authors: Akishita, S.; Okamoto, T.; Mitani, Y.

Active control of radiated sound power from a baffled, rectangular panel
pp. 1211-1214(4)
Author: Morkholt, J.

Active vibration control of the acoustic radiation of a honeycomb flat panel
pp. 1215-1218(4)
Authors: Simon, F.; Pauzin, S.

Multichannel normalized X-block LMS algorithm for active noise and vibration control
pp. 1219-1222(4)
Authors: Shen, Q.; Jolly, M.R.

Simulation of tram noise abatement procedures in the psychoacoustic laboratory: A pilot study
pp. 1223-1226(4)
Authors: Vogt, J.A.; Lehmann, C.; Kainath, P.; Kalveram, K.Th.

Acoustical and aerodynamic characteristics of end plate materials for two-dimensional models in low noise wind tunnel experiments
pp. 1227-1230(4)
Authors: Fujita, H.; Shiraishi, J.; Maruta, Y.; Kurita, T.

A BEM-optimization for noise control in enclosures
pp. 1231-1234(4)
Authors: Yang, T.C.; Tang, C.H.

Noise reduction of a rolling piston hermetic rotary compressor
pp. 1235-1238(4)
Author: Dreiman, N.I.

Application of energy flow analysis (EFA) to reduce structure-borne noise inside a passenger vehicle
pp. 1239-1242(4)
Authors: Bharj, T.; Pham, H.

On-line modelling of flexural dynamics of flexible manipulators
pp. 1243-1246(4)
Authors: Tokhi, M.O.; Chaiyaratana, N.; Azad, A.K.M.

Simplified characterisation of structure-borne sound sources
pp. 1247-1252(6)
Author: Moorhouse, A.T.

A new method of determining vibration criteria for a precision equipment using frequency response function
pp. 1253-1262(10)
Authors: Lee, H-K.; Park, H-D.; Choi, H.; Kim, D-H.; Kim, S-S.

Estimation of the vibration power supplied by the excitation force of machinery to the supporting structure
pp. 1263-1266(4)
Authors: Ohno, S.; Kim, J.C.

Sound radiation from structures: The frequency averaged quadratic pressure approach
pp. 1267-1272(6)
Authors: Guyader, J.L.; Loyau, T.

Indirect measurement of vibrational energy flow by reciprocal methods
pp. 1273-1276(4)
Authors: Yap, S.H.; Gibbs, B.M.

Experience with community response to groundborne vibration from construction activity when evaluated using building damage criteria, and the need for annoyance based criteria
pp. 1277-1282(6)
Author: Carman, R.A.

Uncertainty modelling for the structural vibration control using H-infinite controllers
pp. 1283-1286(4)
Authors: Song, B-S.; Hammond, J.K.

Ground-borne noise and vibration control: A state-of-the-art perspective
pp. 1287-1292(6)
Authors: Nelson, J.T.; Wilson, G.P.

Optimizing the placement of a road between two research buildings - A case study
pp. 1293-1296(4)
Author: Amick, H.

On the fuzz in a stuctural fuzzy
pp. 1297-1302(6)
Authors: Maidanik, G.; Dickey, J.

Application of statistical energy analysis (SEA) to a passenger vehicle: Combining analyticaql and test-based prediction in a hybrid model
pp. 1303-1306(4)
Authors: Bharj, T.; Cimerman, B.

Measurement and characterisation of sources of structure-borne sound
pp. 1307-1312(6)
Authors: Gibbs, B.M.; Petersson, B.A.T.

The use of surface power for characterisation of structure-borne sound sources of low modal density
pp. 1313-1318(6)
Author: Ohlrich, M.

Some common characteristics of multi-point and component structure-borne sound sources
pp. 1319-1324(6)
Authors: Petersson, B.A.T.; Gibbs, B.M.

Unsteady vibration of ship structure-borne sound sources
pp. 1325-1330(6)
Author: Myshinsky, E.

Characterization of structure-borne sound sources by classification and equivalence
pp. 1331-1334(4)
Author: Koopman, A.

Two applications of the pseudo-forces method for characterizing the source strength for structure-borne sound
pp. 1335-1338(4)
Authors: Janssens, M.H.A.; Verheij, J.W.

Vibrational power techniques applied to transient wave motion in beams
pp. 1339-1342(4)
Authors: Dixon, P.J.; Gordon, T.J.; Horner, J.L.

A comparison between wave propagation techniques and transient SEA for the prediction of shock response in one-dimensional systems
pp. 1343-1348(6)
Authors: Pinnington, R.J.; Lednik, D.

Towards an analytical model of wave propagation in sandwich beams
pp. 1349-1352(4)
Author: Sander Tavallaey, S.

On the vibration field correlation of flat plate structures
pp. 1353-1358(6)
Authors: Boniha, M.W.; Fahy, F.J.

Vibroacoustic analysis of a loudspeaker cone
pp. 1359-1362(4)
Authors: Kim, J.H.; Kim, J.T.; Kim, J.O.; Min, J.K.

Modelling of plate vibration using mirror-source approach
pp. 1363-1368(6)
Author: Pavic, G.

The imperfection of image sources models of the forced response of finite plates
pp. 1369-1372(4)
Authors: Horner, J.L.; Petersson, B.A.T.

Hypersensitivity of vibroacoustics behavior of plate lattices
pp. 1373-1378(6)
Authors: Guyader, J.L.; Rebillard, E.

Measurement of vibration intensity of U-shaped shell
pp. 1379-1382(4)
Authors: Kojima, N.; Zhou, H.; Endo, M.; Saito, M.

Point mobility of a semi-infinite beam with curvature
pp. 1383-1386(4)
Authors: Walsh, S.J.; White, R.G.

Structure-borne sound prediction and conductivity modelling for an infinite reinforced plate structure
pp. 1387-1390(4)
Author: Smith, M.

Vibratory study of thin isotropic plates with edges restrained by points
pp. 1391-1394(4)
Authors: Murer, Y.; Barret, F.; Simon, F.; Pauzin, S.

Rotational degrees of freedom: An investigation of their influence on the prediction of the dynamic behavior of a coupled structure
pp. 1395-1400(6)
Authors: Gialamas, T.P.; Tsahalis, D.T.; Bregant, L.; Otte, D.; van der Auweraer, H.

Acoustical interaction of a thin plate with flowing fluid
pp. 1401-1404(4)
Author: Zolotarev, I.

The analysis of structural surface intensity using wholefield laser speckle techniques
pp. 1405-1410(6)
Authors: Petzing, J.N.; Tyrer, J.R.; Pavic, G.

Structural coupling at joints in motor vehicles
pp. 1411-1414(4)
Authors: Fraser, G.; Steel, J.A.

Sound transmission through motor vehicle structures using statistical energy analysis
pp. 1415-1418(4)
Authors: Steel, J.A.; Fraser, G.

Vibroacoustic behavior of complex and heterogeneous plates coupled with a cavity and excited aerodynamically: Case of large structures
pp. 1419-1422(4)
Authors: Letourmeaux, F.; Blaise, A.; Lesueur, C.

New developments in experimental spatial power flow
pp. 1423-1428(6)
Authors: Blotter, J.D.; Coe, D.H.; West, R.L.; Mitchell, L.D.

Prediction of structure-borne sound in built-up plate structures
pp. 1429-1432(4)
Author: Haettel, R.

Ground response to propagating airblast
pp. 1433-1438(6)
Authors: Madshus, C.; Kaynia, A.M.

The characterisation of structure borne sound sources
pp. 1439-1442(4)
Authors: Mondot, J.M.; Moorhouse, A.T.

Vibroacoustic behaviour of a double glazed window: Modal testing and model employing general parameters
pp. 1443-1446(4)
Author: Pietzko, S.J.

Calculation of wave propagation and energy transmission in rib-stiffened plate structures
pp. 1447-1450(4)
Author: Orrenius, U.

Energy method applied to structure-borne transfer in ship structures
pp. 1451-1454(4)
Authors: Blanchet, A.; Chatel, G.; Phillipps, M.

Estimation of coupling loss factors using structural intensity
pp. 1455-1458(4)
Authors: Yamazaki, T.; Kamata, M.; Ohno, S.

Wave propagation in swaged panels
pp. 1459-1462(4)
Authors: Lee, J-H.; Ih, J-G.

Interior noise reduction in a vehicle by sensitivity analysis of engine excitation forces
pp. 1463-1466(4)
Authors: Oh, J-E.; Cho, J.H.; Kim, T.W.; Song, J.E.; Kim, H.; Jo, Y.P.

Estimating structure-borne sound in buildings using SEA - Study of varying conditions of calculation and application to building construction
pp. 1467-1470(4)
Authors: Minemura, A.; Tano, M.; Andow, K.

Vibrational energy flow at junctions of point connected plates
pp. 1471-1474(4)
Authors: Bosmans, I.; Mees, P.; Vermeir, G.