INTER-NOISE and NOISE-CON Congress and Conference Proceedings

Acoustic features in vehicle interior noise quality
pp. 2479-2484(6)
Authors: Flindell, I.H.; Lewis, C.G.

The permissible noise levels in studios and control rooms
pp. 2485-2488(4)
Author: Arato-Borsi, E.

A comparative study of human response to blast noise and sonic booms
pp. 2489-2494(6)
Authors: Schomer, P.D.; Sias, J.W.

Annoyance caused by shooting noise - Determination of the penalty for various weapons calibers
pp. 2495-2500(6)
Author: Buchta, E.

Total noise rating at Oslo Airport Gardermoen
pp. 2501-2504(4)
Author: Solberg, S.

Introduction to experiences with international co-operation: Reconciliation of different approaches
pp. 2505-2510(6)
Author: Kurra, S.

Loudness of impulsive weapon noise and dynamic characteristics of hearing
pp. 2511-2516(6)
Author: Favarger, D.H.

Evaluation of annoyance response to engine sounds using different rating methods
pp. 2517-2520(4)
Authors: Khan, M.S.; Johansson, O.; Sundback, U.

Measurements and analyses of temporal variations in noise and the relation to noise annoyance
pp. 2521-2524(4)
Authors: Holmberg, K.; Landstrom, U.; Kjellberg, A.; Tesarz, M.

Characterization of complex transportation noise with psychoacoustical parameters
pp. 2525-2530(6)
Author: Weber, R.

The assessment of tonal components in the environmental noise: Features and limitations of the Italian legislation
pp. 2531-2536(6)
Authors: Brambilla, G.; Pedrielli, F.

Some ways to process raw coming from community noise surveys
pp. 2537-2540(4)
Author: Maurin, M.

Determining acceptable limits for aviation noise
pp. 2541-2546(6)
Author: Bradley, J.S.

Recommendations of the working ground on wind turbine noise
pp. 2547-2552(6)
Author: Legerton, M.L.

Using nearfield acosutical holography to reconstruct the surface velocity and interior acoustic intensity from interior pressure measurements
pp. 2553-2558(6)
Authors: Williams, E.G.; Houston, B.H.; Herdic, P.C.

Noise source identification based on measurements of cross-correlation functions
pp. 2559-2564(6)
Authors: Mas, P.; Delmotte, P.; Sas, P.

A wide-band piezoelectric transducer for otoacoustic emission applications
pp. 2565-2570(6)
Authors: Wong, G.S.K.; Wu, L.; Kunov, H.; Madsen, P.B.

Digital sound level meters, A critical evaluation
pp. 2571-2576(6)
Author: Wallis, A.D.

Microphones: Theory and practice
pp. 2577-2580(4)
Authors: Peppin, R.J.; Carey, J.; Hellsund, H.; Beam, M.

Application of an area-integrating vibration velocity transducer
pp. 2581-2584(4)
Authors: Holland, K.R.; Fahy, F.J.

An improved model to describe amplitude and phase behaviour of actuators
pp. 2585-2588(4)
Authors: Lotton, P.; Soto-Hicolas, A.; Bruneau, A.M.; Bruneau, M.

Impulse noise measurements in a forest during summer and winter conditions - An overview measurements
pp. 2589-2594(6)
Authors: Guice, R.; Jenssen, A.

A sound level meter with source identification capability
pp. 2595-2600(6)
Authors: Darlington, P.; Tyler, R.G.

Comparison between some results measured with an "Urusasa and Hues" and the conventional sound level meters
pp. 2601-2604(4)
Authors: Furihata, K.; Yanagisawa, T.

The dosebadge - A new measuring concept
pp. 2605-2608(4)
Authors: Wallis, D.S.; O'Rourke, S.T.

DB(ELC) - A proposal to modify the dB(A)
pp. 2609-2612(4)
Authors: Pflueger, M.; Hoeldrich, R.; Riedler, W.

Implementation of realtime octave filter analysis function in a hand-held type sound level meter
pp. 2613-2616(4)
Authors: Imaizumi, H.; Takazawa, A.; Ono, T.

Novel high-pass filtering method rejects noise while preserving inter-channel phase match
pp. 2617-2622(6)
Authors: Bruhns, T.; Waite, J.W.

Data compression for sound level storing
pp. 2623-2628(6)
Authors: Takinami, H.; Wakabayashi, T.; Hayashi, N.; Nakamura, K.

Pattern evaluation and periodic verification of sound calibrators
pp. 2629-2632(4)
Authors: Hanes, P.; Dowson, S.P.

Localisation of correlated noise sources with selective linear arrays
pp. 2633-2638(6)
Authors: Gargouri, Y.; Wagstaff, P.R.

Experimental validation and optimisation of parameters for an inverse method of identifying sources
pp. 2639-2642(4)
Authors: Schubert, G.; Henrio, J.C.; Luo, Q.; Wagstaff, P.R.

Determination of SEA coupling and dissipation loss factors by means of input power modulation
pp. 2643-2648(6)
Authors: Fahy, F.J.; Ruivo, H.

The use of an impedance tube for measuring acoustic impedance at low frequencies
pp. 2649-2652(4)
Authors: Peng, C.; Morrey, D.; Woolley, P.

Source signal manipulation for improved measurements of multi-directional mechanical mobilities
pp. 2653-2656(4)
Author: Sanderson, M.A.

Determination of sound power levels of noise sources using sound intensity points versus scanning
pp. 2657-2660(4)
Author: Rasmussen, G.

The validity of reciprocal acoustic transfer function measurements on trucks for pass-by noise
pp. 2661-2666(6)
Authors: van der Linden, P.J.G.; Mantovani, M.

Determination of emission sound pressure levels. Comparisons between a new intensity method and traditional ISO standards
pp. 2667-2672(6)
Authors: Andresen, G.; Jonasson, H.G.

Acoustic measurements using an impulsive reference source
pp. 2673-2678(6)
Authors: Tachibana, H.; Yano, H.; Koyasu, M.

Reduction of non-linear distortion in condenser microphones by using negative load capacitance
pp. 2679-2684(6)
Author: Frederiksen, E.

Acoustic intensity as a tool for assessing sound isolation and flanking transmission in lightweight building constructions
pp. 2685-2690(6)
Author: Nightingale, T.R.T.

Some applications of sound intensity in building acoustics
pp. 2691-2696(6)
Author: Jonasson, H.G.

Sound power measurements of a diesel engine by ISO/DIS 9614-2 and ISO 3746 in different acoustical conditions
pp. 2697-2702(6)
Authors: Hongisto, V.; Saine, K.

Remarks on the true value of the sound power level
pp. 2703-2706(4)
Author: Sehmdt, G.A.

Measurement of noise emission values of big machines and calculation of noise levels at work places
pp. 2707-2712(6)
Author: Probst, W.

Measurement uncertainty in the determination of the sound power level of machines
pp. 2713-2718(6)
Authors: Payne, R.C.; Simmons, D.J.

Observations on the systematic deviations between the results of the conventional method and the sound intensity method of measuring transmission loss
pp. 2719-2724(6)
Authors: Jacobsen, F.; Ding, H.

Measurement of sound insulation by ISO 9614-1 using a robot and ISO 140/I-III
pp. 2725-2730(6)
Authors: Hongisto, V.; Vijanen, V.

In situ sound intensity technique for determining sound transmission through barriers
pp. 2731-2736(6)
Author: Watts, G.R.

Short time methods for field measurement of sound insulation between rooms
pp. 2737-2742(6)
Authors: Yoshimura, J.; Andow, K.; Koga, T.

Evaluation of materials for sound transmission loss
pp. 2743-2746(4)
Author: Sorenson, S.

The measurement of aircraft noise reduction in residences
pp. 2747-2752(6)
Authors: Sharp, B.H.; Martin, S.

Measuring absorption in vehicles - The possible and the impossible
pp. 2753-2756(4)
Authors: Ebbitt, G.; Rauf, N.

Non-destructive quality control of plastic foams using air-coupled ultrasonic transducers
pp. 2757-2760(4)
Authors: Kelders, L.; Leclaire, P.; Lauriks, W.; Thoen, J.

Experimental deduction of effective surface impedance
pp. 2761-2764(4)
Authors: Nocke, C.; Mellert, V.

The volume velocity method for measuring the specific normal impedance of acoustic materials
pp. 2765-2768(4)
Author: Byrne, K.P.

Test codes for machines with variable repetition frequency
pp. 2769-2772(4)
Author: Jonasson, H.G.

Measurement of flexural and longitudinal wave power flow in beams with piezoelectric films
pp. 2773-2776(4)
Authors: Liu, S.H.; Pinnington, R.J.

Experimental acoustic modal analysis - A review
pp. 2777-2780(4)
Authors: Morrey, D.; Whear, F.R.

Design of a super-quiet hush-house noise suppression system for Korean Airline's maintenance facility at Kimae International Airport. Pusan, Korea
pp. 2781-2784(4)
Author: Schiff, M.I.

Reducing the exhaust and venting noise of a vacuum motor with minimum use of sound absorbing foam
pp. 2785-2788(4)
Authors: Rittmueller, S.; Mann III, J.A.; Holger, D.K.

The new laboratory facilities of the laboratory of building acoustics
pp. 2789-2792(4)
Author: Reis, F.

A forced solution for multichannel feedforward adaptive systems
pp. 2793-2800(8)
Author: Minkoff, J.

A recursive algorithm for digital filters to reduce the number of multipliers
pp. 2801-2804(4)
Authors: Nakajima, H.; Tohyama, M.; Tanaka, M.

Recognition of acoustic signatures of aircraft noise events
pp. 2805-2808(4)
Authors: Adams, K.M.; Esler, B.J.

Active noise control based on adaptive prediction
pp. 2809-2814(6)
Authors: Honda, S.; Hamada, H.

Searching and identification of noise sources using genetic algorithm
pp. 2815-2820(6)
Authors: Suzuki, T.; Ito, K.; Nelson, P.A.; Hamamda, H.

Cepstrum deconvolution for estimating probability density functions of compounds signals
pp. 2821-2824(4)
Authors: Nakashima, N.; Tagaeto, T.; Tohyama, M.; Lyon, R.H.

An efficient adaptive structure for high speed tracking in tonal cancellation systems
pp. 2825-2828(4)
Author: Popovich, S.R.

Fast deconvolution of multi-channel systems using regularisation
pp. 2829-2832(4)
Authors: Kirkeby, O.; Nelson, P.A.; Hamada, H.; Orduna-Bustamante, F.

Measuring the relative strengths of a set of partially coherent sources
pp. 2833-2838(6)
Authors: Fisher, M.J.; Holland, K.R.

Investigation of dual channel time delay measurements as an aid to source location
pp. 2839-2842(4)
Authors: Hooper, I.G.; Vasudevan, R.N.

Location of distant sources of infrasonic noise
pp. 2843-2846(4)
Author: Pawlaczyk-Luszczyhnska, M.

Super-compact microphone/receiver for noisy environments
pp. 2847-2850(4)
Authors: Aoki, S.; Mitsuhashi, K.; Nishino, Y.

An evaluation of noise effect in pitch determination: Use of multiresolution analysis to improve the results
pp. 2851-2854(4)
Authors: Romero, J.; Cerda, S.

Utilization of expert knowledge in automatic classifiers of noise sources
pp. 2855-2858(4)
Authors: Couvreur, C.; Chapelle, P.

Performance of multi-channel feedforward adaptive systems
pp. 2859-2866(8)
Author: Minkoff, J.

The limits of predictability due to manufacturing and environmental induced uncertainty
pp. 2867-2872(6)
Author: Bernhard, R.J.

Charactisation of partially coherent random forces by means of PCA
pp. 2873-2876(4)
Authors: Zhang, G-X.; Pascal, J-C.

Complication appraised by wave form of environmental noise
pp. 2877-2880(4)
Authors: Shibayama, H.; Nakamura, S.

An energetic mobility for structures assembling
pp. 2881-2884(4)
Authors: Orelice, G.; Cacciolati, C.; Guyader, J.L.

Statistical measures of the response functions of simple and complex structures
pp. 2885-2890(6)
Author: DeJong, R.G.

The application of finite elements models to study the energy flow properties of structural junctions
pp. 2891-2894(4)
Authors: De Langhe, K.; Moens, I.; Sas, P.; Vandepitte, D.

High frequency experimental statistical energy modelling of a high speed train: Measurement strategy, model derivation and model application
pp. 2895-2898(4)
Authors: De Meester, K.; Hermans, L.

Experimental statistical energy analysis: Internal and coupling loss factor matrix validation
pp. 2899-2902(4)
Authors: Hermans, L.; Wyckaert, K.; Lalor, N.

Damping and coupling loss factors estimation in SEA method: What is really measured?
pp. 2903-2908(6)
Authors: Rosen, M.; Borello, G.

A wave approach to the SEA of a coupled rectangular plate system involving a non-uniform boundary condition
pp. 2909-2914(6)
Author: Wester, E.C.

The modulation transfer function method for estimation of SEA loss factors applied on two coupled plates
pp. 2915-2918(4)
Author: Lundberg, K-O

Modelling and validation of a passenger car door transmission loss with SEA
pp. 2919-2922(4)
Authors: Akyol, T.P.; Keller, H.P.; Geissler, P.

Three conservatively or two non-conservatively coupled subsystems: Is a dual interpretation possible?
pp. 2923-2926(4)
Author: Fredo, C.R.

Finite elements and statistical energy analysis: Redefining the ensemble
pp. 2927-2932(6)
Authors: Shorter, P.J.; Mace, B.R.

Sound transmission through lightweight double walls using statistical energy analysis
pp. 2933-2938(6)
Authors: Craik, R.J.M.; Smith, R.W.

Sound transmission through ship structures using statistical energy analysis
pp. 2939-2942(4)
Authors: Connelly, T.; Craik, R.J.M.; Steel, J.A.

Experiences with an SEA software tool for response and sensitivity calculation
pp. 2943-2946(4)
Author: Sarradj, E.

Transmission loss calculation for double wall constructions of industrial buildings using SEA
pp. 2947-2950(4)
Authors: Geissler, P.; Gilg, J.; Gerhardt, M.

A 3-DOF SEA element for modelling one-dimensional structures with very high modal overlaps
pp. 2951-2956(6)
Author: Finnveden, S.

Energy flows in beam networks with compliant joints
pp. 2957-2962(6)
Authors: Beshara, M.; Keane, A.J.

Calculation of radiation efficiency of complex structures using finite and infinite elements
pp. 2963-2966(4)
Authors: Allik, H.; Haberman, R.C.

Acoustic analysis of axially periodic structures
pp. 2967-2970(4)
Authors: Macey, P.C.; Hardie, D.J.W.

Application of infinite fluid elements and fuzzy structures to acoustic radiation from a cylindrical shell in water with internal structure
pp. 2971-2974(4)
Authors: Haberman, R.C.; Allik, H.