INTER-NOISE and NOISE-CON Congress and Conference Proceedings

Design and performance of the anechoic room for motorcycle noise research
pp. 1925-1930(6)
Authors: Weicheng, Yang; Tieyan, Zhang; Bin, Gong; Zhengkui, Jiang

Sensitivity to source location in anechoic chamber qualification
pp. 1931-1937(7)
Authors: Saussus, Patrick; Cunefare, Kenneth A; Biesel, Van B

Alternative absorption panels for semi-anechoic and anechoic chambers
pp. 1937-1944(8)
Authors: Alber, Goetz R; Hutmacher, Joerg

Correlation of automotive seat reverb room absorption with in-vehicle reverb and on-road noise measurements
pp. 1945-1950(6)
Authors: Veen, J; Mealman, M; Eppard, P

Design and capabilities of a new sound and vibration laboratory at Valeo
pp. 1951-1956(6)
Authors: Welker, Dan; Savage, John; Lynde, Peter G; Kachur, Ammanda L

Using sound intensity to measure the impact insulation of floors
pp. 1957-1962(6)
Authors: Emms, Grant; Walford, Bryan; Hallows, Rob

Ford spin-torsional NVH test cell - Part 1: Design concept and functionalities
pp. 1963-1968(6)
Authors: Abe, Takeshi; Cheng, Ming-Te; Chen, Wan-Joe

Sound simulation techniques used for subjective evaluations of powertrain noise
pp. 1969-1974(6)
Authors: Wilson, B.K.; Ingham, R.G.

Subjective and objective about the inverse functions of binaural room impulse responses
pp. 1975-1980(6)
Authors: Wang, J.H.; Pai, C.S.

Model based prediction of aircraft noise parameters from pass-by noise measurement
pp. 1981-1986(6)
Author: Boone, Marinus M

Reconstitution of stationary forces exciting an engine cylinder block
pp. 1987-1992(6)
Authors: Leclere, Q; Pezerat, C; Laulagnet, B; Polac, L

A class of optimal broadband phased array geometries designed for easy construction
pp. 1993-1998(6)
Authors: Hald, J; Christensen, J.J.

Estimation of velocity of a moving object by the MUSIC method
pp. 1999-2004(6)
Authors: Miwa, Motoatsu; Shibayama, Hideo; Wang, Hui; Tsuchiya, Yoshiyuki; Tanimoto, Masumi

Effects of gain and phase characteristics for estimating direction of arrival of a sound wave using the MUSIC method
pp. 2005-2010(6)
Authors: Wang, Hui; Shibayama, Hideo; Miwa, Motoatsu; Makabe, Yoshiaki; Miyauchi, Toshiya; Tanimoto, Masumi

Capabilities of a beamforming technique for acoustic measurements inside a moving car
pp. 2011-2016(6)
Authors: Haddad, K; Benoit, V

Visualization of speaker, vortex shedding, engine, and wind noise of a car by partial field decomposition
pp. 2017-2022(6)
Authors: Nam, K-U; Kim, Y-H; Choi, Y-C; Kim, D-W; Kwon, O-J; Kang, K-T; Jung, S-G

Effect of structural coupling formulation on FRF-based inverse substructuring predictions
pp. 2023-2028(6)
Authors: Liu, Lei; Lim, Teik C

Experimental determination of the acoustic wave propagation in fluid-filled viscoelastic pipes
pp. 2029-2034(6)
Author: Prek, M

Gabor order tracking used in real life applications
pp. 2035-2040(6)
Author: Lesage, C

Use of acoustical holography in 3D interiors measurements
pp. 2041-2050(10)
Authors: de la Croix, D. Vaucher; Chevret, p; Perrin, F

Sound quality improvement of mechanical structure with high-speed rotating components and noise prediction by identification of acoustic excitation force
pp. 2051-2056(6)
Authors: Toi, Takeshi; Kato, Eisuke

Full-spectrum structural-acoustic response predictions using the RESOUND approach to the mid-frequency problem
pp. 2057-2064(8)
Authors: Shorter, P.J.; Gardner, B.K.; Parrett, A.V.; Zhang, Q

Vibrational energy analysis of plates using an element-free approach
pp. 2065-2071(7)
Author: Rook, Todd E

Wave compatibility condition for a wave-like description of coupling in the mid-frequency range
pp. 2071-2074(4)
Authors: Bareille, Olivier A; Ichchon, M.N.; Jezequel, L

A hydrid model for the prediction of noise radiated by gearbox
pp. 2075-2080(6)
Authors: Le Bot, A; Perret-Liaudet, J; Rigaud, E; Driot, N

An efficient technique to incorporate six-sigma philosophies into NVH design
pp. 2081-2086(6)
Author: Rook, Todd E

Visualization of vehicle interior noise using HELS based NAH
pp. 2087-2092(6)
Authors: Moondra, Mammohan S; Wu, Sean F

Air-to-air system optimization including sound quality and engine performance
pp. 2093-2099(7)
Authors: Hueser, Michael G; Govindswamy, Kiran; Wolff, Klaus; Stienen, Ralf; Schernus, Christof

Structural/acoustic sensitivity analysis of a structure with manufacturing variability
pp. 2100-2108(9)
Authors: Mulani, S; Allen, M.J.

Deriving SEA trim properties from APAMAT II insertion loss measurements
pp. 2109-2114(6)
Authors: Aubert, Allan; Green, Ed; Crawford, Rob

Combined energy flow method (EFM) and SEA on structure-borne noise analysis
pp. 2115-2118(4)
Authors: Wang, Dennis; Zhang, Qijun; Qian, Mike

Analysis of interior noise of vehicles using an automated SEA model building tool - A case study
pp. 2119-2126(8)
Authors: Unglenieks, Robert; Blanchet, Denis

Calculation of statistical energy analysis parameters using finite element analysis
pp. 2127-2132(6)
Authors: Yan, Harold Hongyu; Parrett, Alan

Modeling vibro-acoustical behavior of cockpit module using statistical energy analysis (SEA) method
pp. 2133-2138(6)
Authors: Zhang, Lijian; Blanchet, Denis

Two approaches for estimation of internal and coupling loss factors using FEM
pp. 2139-2145(7)
Authors: Yamazaki, Toru; Kamata, Minoru; Ohno, Shinichi

Optimization of vehicle NVH design using SEA
pp. 2146-2153(8)
Author: DeJong, R.G.

Optimization of a statistical energy analysis model using iSight
pp. 2154-2159(6)
Authors: Zhang, Qijun; Parrett, Alan; Hammelef, David; He, Hua

Modeling strategies in SEA: Study of a car door
pp. 2160-2165(6)
Authors: Nelisse, H; Onsay, T

Development of a generic truck SEA model with EFEA-SEA hybrid exterior
pp. 2166-2171(6)
Authors: Wang, S; Ebbitt, G.L.; Powell, R.E.

Performance of perforated leather seats: SEA predictions and validation
pp. 2172-2177(6)
Authors: Sanderson, Michael A; Ebbitt, Gordon; Deacon, Paul; Wang, Shuo; Woodcock, Roland

Development and validation of whole vehicle SEA models
pp. 2178-2183(6)
Authors: Luo, Zhiming; Schneider, Marco; Yin, Gang; Cherng, John G

Vibration analysis of vehicle systems in medium to high frequency ranges using a newly developed PFFEM softward
pp. 2184-2189(6)
Authors: Seo, Seong-Hoon; Hong, Suk-Yoon; Park, Young-Ho; Kil, Hyun-Kwon

High frequency vibration analysis of heavy fluid-loaded plates by an energy finite element analysis formulation
pp. 2190-2197(8)
Authors: Zhang, W; Wang, A; Vlahopoulos, N; Wu, K

Numerical simulation of trimmed vehicle structures using a novel finite element solver decoupling the interaction between manufacturers and suppliers
pp. 2198-2205(8)
Authors: Hamdi, M.A.; Mebarek, L; Fortez, M; Crignon, G; Lullier, S

Effect of tail pipe position on vehicle interior noise
pp. 2206-2211(6)
Authors: Mathuria, Parag H; Lim, Teik C

Modeling and static analysis of a disc brake system
pp. 2212-2218(7)
Authors: Barbulescu, H; Raju, P.K.

Methodological developments for vibrating pipes noise prediction
pp. 2219-2224(6)
Authors: Fukui, Yoshinori; Perie, Fred

A hybrid finite element formulation for analyzing systems of beams and plates in the mid-frequency range
pp. 2225-2231(7)
Authors: Hong, Sang Bum; Vlahopoulos, Nickolas

Modelling of a disc brake system for investigation brake squeal
pp. 2232-2238(7)
Authors: Papinniemi, A.T.; Lai, J.C.S.; Zhao, J

An efficient finite difference formulation for computing main bearing hydrodynamic characteristics
pp. 2239-2246(8)
Authors: Vlahopoulos, N; Wang, J; Ebrat, O; Mourelatos, Z

A direct approach to CAA
pp. 2247-2253(7)
Author: Perie, F

Rigid and flexible dynamic response of a rotating shaft on flexible supports with clearances
pp. 2254-2261(8)
Authors: Vlahopoulos, N; Wang, J; Hu, K; Mourelatos, Z

A new implementation of the finite element method applied to vibro-acoustic analysis using object oriented programming
pp. 2262-2267(6)
Authors: Lamary, Pierre; Chevalier, Yvon

Computation of transmission loss and absorption coefficient of multi-layer sound absorbers with perforated facing
pp. 2268-2273(6)
Authors: Hong, Kin; VanRuiten, Matt; Raveendra, S.T.

A boundary element method for packed silencers with protective cloth
pp. 2274-2279(6)
Authors: Wu, T.W.; Cheng, C.Y.R.; Tao, Z

Combined HELS and BEM codes for reconstructing acoustic radiation from a complex vibrating structure
pp. 2280-2285(6)
Authors: Wu, Sean F; Zhao, Xiang

Eigenfrequency extraction based on boundary element method
pp. 2286-2291(6)
Authors: Zhang, Zhidong; Raveendra, S.T.

Power flow boundary element method for medium-to-high frequency analysis: Fundamental theory and applications
pp. 2292-2297(6)
Authors: Park, D-H; Hong, S-Y; Lee, H-W

Acoustic impedance sensitivity analysis based on indirect boundary element method
pp. 2298-2303(6)
Authors: Zhang, Zhidong; Raveendra, S.T.; Vlahopoulos, N

Acoustical performance prediction of exhaust emission control devices using BEM
pp. 2304-2309(6)
Authors: Cheng, C.Y.R.; Wu, T.W.; Lou, G

Prediction of noise from construction sites using artificial neural networks (ANN)
pp. 2310-2315(6)
Authors: Hamoda, M.F.; Al-Mutairi, N.Z.; Al-Ghusain, I; Ali, Mohammed A

An energy boundary element formulation for sound radiation at high frequency
pp. 2316-2323(8)
Authors: Wang, A; Vlahopoulos, N; Wu, K

Acoustic characterization and optimization of sound transmission loss in polymer-based materials
pp. 2324-2333(10)
Author: Homsi, Emile

Using BEM to calculate the sound field in a sound intensity probe calibrator
pp. 2334-2339(6)
Authors: Olsen, Erling Sandermann; Cutanda, Vincente; Gramtrop, Johan; Eriksen, Anders; Ginn, Bernard

Acoustic analysis of an induction motor with viscoelastic bearing supports
pp. 2340-2345(6)
Authors: Tillema, H.G.; Wensing, J.A.

Dynamic measurements for non-destructive verification of static parameters
pp. 2346-2351(6)
Authors: Gade, Svend; Moller, Nis B

Acoustic-structural coupled modal analysis method of vehicle interior noise reduction
pp. 2352-2357(6)
Authors: Li, Chuanbing; Li, Keqiang; Yang, Cheng

Energy flow method (EFM) for mid-frequency vibration analysis
pp. 2358-2363(6)
Authors: Zhang, Qijun; Wang, Dennis; Qian, Mike

Compensation for source non-stationarity in multi-reference, scan-based nearfield acoustical holography
pp. 2364-2369(6)
Authors: Kwon, Hyu-Sang; Kim, Yong-Joe; Bolton, J. Stuart

On the use of inverse BEM for deriving equivalent acoustical source methods
pp. 2370-2375(6)
Author: Schuhmacher, Andreas

Comparison of SVD and DFT approaches for NAH
pp. 2376-2383(8)
Author: Williams, Earl G

Inverse source identification based on acoustic particle velocity measurements
pp. 2384-2390(7)
Author: Visser, R

Hybrid inverse boundary element method for the determination of the optimal spectral characteristics of complex radiating noise sources
pp. 2390-2395(6)
Authors: Hamdi, Mohamed Ali; Defosse, Herve; Gagliardini, Laurent

A research about NAH with k-domain oldd spectrum lines
pp. 2396-2401(6)
Author: Nagamatsu, M

Application of Cylindrical NAH to the visualization of aeroacoustic sources
pp. 2402-2407(6)
Authors: Lee, Moohyung; Bolton, J. Stuart; Mongeau, Luc

Projecting with nearfield acoustical holography past intermediate sources
pp. 2408-2415(8)
Authors: Zechmann, Edward L; Mann, J. Adin

A matrix formalism for fluid-borne sound in pipe systems
pp. 2416-2421(6)
Author: Abom, M

Correction of problems in noise contouring caused by regular, rectangular grids of receivers
pp. 2422-2427(6)
Author: Berndt, Arne

Study on simplified calculation model for prediction of noise radiation from semi-underground roads
pp. 2428-2433(6)
Authors: Sakamoto, Shinichi; Tachibana, Hideki

Experimental examination with elevated structural model concerning sound absorptive material of noise barrier for railway noise
pp. 2434-2439(6)
Authors: Ogata, Siego; Fujiwara, Kyoji; Kitagawa, Toshiki; Nagakura, Kiyoshi

Prediction simulation with airport noise evaluation model in a study on Malpensa International airport
pp. 2440-2445(6)
Authors: Ragusa, Gilberto; De Leo, Alberto; Curcuruto, Salvatore; Franchi, Alberta

A new modeling of thin poro-elastic control layer used for optimizing the acoustical performance of lightweight materials
pp. 2446-2451(6)
Authors: Woodcock, Roland; Girnys, Ed; Ebbitt, Gordon; Ray, Kyle

Ford spin-torsional NVH test cell - Part 2: Correlation between CAE and test results
pp. 2452-2456(5)
Authors: Chen, W.J.; Cheng, M.T.; Abe, T

Criterion for unsteady noise intrusion in classrooms from transportation noise sources in ANSI S12.60-200X
pp. 2457-2461(5)
Authors: Sutherland, L.C.; Lubman, D

Testing material pairings for noise emission using the cameron-plint high frequency friction machine
pp. 2462-2468(7)
Authors: McIntyre, Gary A; Hsu, Chris J

The application of correlated modeling techniques to investigate gear rattle noise in a Harley-Davidson motorcycle
pp. 2469-2477(9)
Authors: Howell, T.P.; Powell, N.N.; Etheridge, P

Applications of the acoustic database
pp. 2478-2483(6)
Authors: Hawthorne, W.T.; Moriarty, J.D.

An experimental test rig for the investigation of vibration transmission characteristics of roller bearings
pp. 2484-2489(6)
Authors: Wagstaff, P.R.; Dib, R; Chassaignon, C; Vialonga, J; de Luca, J.C.

Virtual car sound environmen for interactive, real-time sound quality evaluation
pp. 2490-2495(6)
Authors: Van de Ponseele, P; Adams, M; Janssens, K; Vallejos, L

Frequency domain analysis of rattle in gear pairs and clutches
pp. 2496-2501(6)
Authors: Kim, T.C.; Singh, R

Promoting a noise control program: Resources for successfully advocating a low-noise environment
pp. 2502-2507(6)
Authors: Danielson, R.W; Cooper, B.A.

Noise source identification of a fan
pp. 2508-2514(7)
Authors: Sureshkumar, S; Quabili, Zakir; Raveendra, S.T.

The axial fan noise simulation by the freewake method and acoustic analogy
pp. 2515-2519(5)
Authors: Shin, Hyunkee; Lee, Soogab; Kim, Keun Bae

Development of pass-by noise measurement system for motorcycles
pp. 2520-2525(6)
Authors: Mochizuki, T; Yamamoto, K

Optimization of the Bekesy audiometric method for the assessment of temporary threshold shifts
pp. 2526-2531(6)
Authors: Ordonez, Rodrigo; Karlsen, Brian Lykkegaard; Lydolf, Morten; Hammershoi, Dorte

Previous attempts to develop, implement and enforce a U.S. noise policy
pp. 2532-2540(9)
Authors: Finegold, Lawrence S; Finegold, Michiko So; Maling, George C

The United States needs an effective national noise policy - The perspective today
pp. 2540-2547(8)
Authors: Fleming, Gregg G; Harris, Andrew S; Lang, William W; Schomer, Paul D; Wood, Eric W

National noise policy on occupational health in the U.S.A. national industrial-noise-control partnerships (N065)
pp. 2548-2555(8)
Authors: Bruce, Robert D; Wood, Eric W

Americal needs a national noise policy
pp. 2556-2561(6)
Authors: Beranek, Leo L; Eldred, Kenneth M; Lang, William W

The economic impact on America's products without a noise policy
pp. 2562-2567(6)
Authors: Lyon, Richard H; Lang, William W; Eldred, Kenneth McK; Brooks, Bennett M