INTER-NOISE and NOISE-CON Congress and Conference Proceedings

Active reduction of airport noise
pp. 2014-2020(7)
Authors: Hobbs, C.; Karantonis, K.; Sharp, B.

Noise abatement procedures enabled by advanced aircraft and air traffic control technologies
pp. 2021-2029(9)
Author: Clarke, J-P.

Ground noise monitoring system at Narita airport and identification of noise sources
pp. 2030-2037(8)
Authors: Ogata, S.; Tsuji, N.; Shinohara, N.

Generic systems to permit public access to environmental information - A prototype for aircraft noise and flightpath data
pp. 2038-2044(7)
Authors: Thomas, C.; Tomlinson, S.; Hume, K.

Integrated air conditioning noise and flight tracks monitoring system at Paris CDG
pp. 2045-2052(8)
Author: Machet, J.

Liege-airport: Noise monitoring system as part of global noise management policy
pp. 2053-2059(7)
Authors: Trefois, V.; Clairbois, J-P.; Houtave, P.

BAA use of smart systems for airport noise control
pp. 2060-2064(5)
Author: Knowles, A.

Measurement system upgrading for more precise measuring of the head-related transfer functions
pp. 2065-2070(6)
Author: Wersenyi, G.

A light solution for acoustic source localization
pp. 2071-2076(6)
Authors: Magand, F.; Dufournet, D.

Near-field limit in positioning the microphone for pressure measurements in using the nearfield acoustical holography
pp. 2077-2082(6)
Authors: Kang, S-C.; Ih, J-G.; Park, Y-J.

Structure borne vibration in home products
pp. 2083-2087(5)
Author: Kryniski, K.

Optimal interpolation of bad or non-existing measurement points in planar acoustical holography
pp. 2088-2095(8)
Author: Hald, J.

Indirect reconstruction of IC engine pressure trace through structural vibration inverse filtering
pp. 2096-2104(9)
Authors: Antoni, J.; Randall, R.B.; Guillet, F.

Nearfield holography for arbitrarily shaped structures
pp. 2105-2111(7)
Author: Maynard, J.

Source localization in the atmosphere by means of beamforming and tomography
pp. 2112-2118(7)
Authors: Wilson, K.; Ostashev, V.; Voronovich, A.; Collier, S.

The use of a simple, highly directional array microphone for source localization in practical situations
pp. 2119-2124(6)
Authors: Soede, W.; Horsten, R.

Calculation of time histories from a subdivided sound source
pp. 2125-2130(6)
Authors: Frenne, N.; Johansson, O.

The focussed vertical array for the description of the noise sources on a moving car
pp. 2131-2138(8)
Author: Pallas, M-A.

Quantification of the pass-by noise emission of train wheels using a micrphone array technique
pp. 2139-2145(7)
Authors: Van Keymeulen, J.; Cervello, S.

Regularization and nearfield acoustical holography
pp. 2146-2154(9)
Author: Williams, E.

Experimental characterisation of aero-acoustic sources in enclosures
pp. 2155-2159(5)
Authors: Knapp, Y.; Jourdan, L.; Bertrand, E.; Guibergia, J.P.

Microphone array technology for aircraft noise measurements
pp. 2160-2167(8)
Authors: Boone, M.M.; Dool, T.C.V.D.; Sijtsma, P.; Stelwagen, U.

Regularization methods for acoustic source reconstruction
pp. 2168-2174(7)
Authors: Kim, Y.; Nelson, P.A.

Estimation of direction of environmental noise sources by using array microphone system
pp. 2175-2180(6)
Authors: Wang, H.; Shibayama, H.; Makabe, Y.; Muto, K.

Estimation of direction of infra sound by music method
pp. 2181-2185(5)
Authors: Shibayama, H.; Wang, H.

Three-dimensional localisation and characterisation of acoustical sources in a truck cabin
pp. 2186-2191(6)
Authors: Dubail, P.; Zakharia, M.E.

Inverse methods for source strength reconstruction of complex structures
pp. 2192-2198(7)
Authors: Augusztonovicz, F.; Marki, F.

A study of utilizing a handy 2-D microphone array for noise source localization based on the near-field acoustical holography
pp. 2199-2204(6)
Authors: Ohshima, S-I.; Houjoh, H.

On the use of processing vibrating velocity in wavenumber domain for computation of sound radiation of a planar plate
pp. 2205-2210(6)
Authors: Pascal, J-C.; Li, J-F.; Carniel, X.

Use of reciprocity principle in a hybrid modeling technique (HMT) based on inverse boundary element method (IBEM) for the determination of the optimal spectral characteristics of a complex radiating noise source
pp. 2211-2216(6)
Authors: Hamdi, M.A.; Defosse, H.; Damagnez, F.; Beauvilain, T.; Varet, P.

Moving noise source visualization: Its overview and examples
pp. 2217-2225(9)
Authors: Kim, Y-H.; Park, S-H.

Classification ability of neural networks in automatic analysis of selected vibroacoustic processes
pp. 2226-2232(7)
Authors: Tadeusiewicz, R.; Wszolek, W.; Wszolek, T.

Wide band acoustic imaging of moving sources using synthetic aperture sonar: Application to transportation noise
pp. 2233-2237(5)
Authors: Boscher, R.; Chatillon, J.

Analysis of the noise, vibration and transmission characteristics of induction motors
pp. 2238-2243(6)
Authors: Dib, R.; Henrio, J-C.; Hubert, A.; Friedrich, G.; Wagstaff, P.

Localisation of source - Application on a cello
pp. 2244-2250(7)
Authors: Langrenne, C.; Garcia, A.

Microphone T-array technology for moving noise source measurements
pp. 2251-2259(9)
Authors: Van Den Dool, T.C.; Boone, M.M.

Evaluation of variations of the turbulent boundary layer noise inside airplane caused by its modification
pp. 2260-2264(5)
Authors: Baranov, S.; Efimtsov, B.

Simulations of the noise radiation of high speed trains
pp. 2265-2272(8)
Authors: Talotte, C.; Guerrand, S.; Gaumain, C.

Computational and experimental approach to the reduction of pressure variation caused by the passage of a high-speed train
pp. 2273-2278(6)
Authors: Doi, T.; Yokokawa, K.; Kaku, J.

Numerical prediction methods for the assessment of aerodynamic sound generation on high speed trains
pp. 2279-2285(7)
Authors: Jacob, M.C.; Talotte, C.

Experimental study on similarity of aerodynamic noise measured in wind tunnel tests
pp. 2286-2290(5)
Authors: Sagawa, A.; Kitagawa, T.

Micro-pressure waves radiating from a tunnel portal and their mitigation
pp. 2291-2298(8)
Authors: Maeda, T.; Iida, M.; Murata, K.; Hukuda, T.

High-speed train noise reduction
pp. 2299-2304(6)
Author: Holzl, G.

Development and prospect for low noise pantographs
pp. 2305-2317(13)
Authors: Okamura, T.; Kusumi, Y.; Hariyama, T.

Optimum array microphone configuration
pp. 2318-2323(6)
Authors: Nordborg, A.; Wedemann, J.; Willenbrink, L.

Low noise pantograph ASP - Recent developments
pp. 2324-2337(14)
Authors: Behr, W.; Lolgen, T.; Baldauf, W.; Willenbrink, L.; Blaschko, R.; Jager, K.; Kremlacek, J.

Towards the low-noise railway - The DB noise reduction research program
pp. 2338-2346(9)
Authors: Schulte-Werning, B.; Holzl, G.; Jager, K.; Kock, G.; Onnich, J.

Enhance: An evolutionary improvement to aircraft noise modeling
pp. 2347-2354(8)
Authors: Elliff, T.; Cavadini, L.; Fuller, I.

Single event aircraft noise prediction by NORTIM
pp. 2355-2359(5)
Authors: Olsen, H.; Granoien, I.; Liasjo, K.

Prediction of the noise pollution caused by military aircraft flyovers
pp. 2360-2365(6)
Authors: Maffei, L.; Filomena, V.; Romano, R.; Capriotti, R.

Identification task for acoustic model of aircraft and engine noise testing results
pp. 2366-2371(6)
Authors: Zaporozhets, O.; Tokarev, V.; Didkovskiy, V.

Vehicle-mounted shields and low trackside barriers for railway noise control in a European context
pp. 2372-2379(8)
Authors: Jones, R.; Beier, M.; Diehl, R.J.; Jones, C.; Maderboeck, M.; Middleton, C.; Verheij, J.

Design of a railway wheel with acoustically improved cross-section and constrained layer damping
pp. 2380-2386(7)
Authors: Jones, C.; Thompson, D.; Frid, A.; Wallentin, M.

Effects of rail fastening on railway track noise
pp. 2387-2394(8)
Authors: Cox, S.; Wang, A.

Application of wavelet transform to noise analysis of rail wheel with de-noise devices
pp. 2395-2399(5)
Authors: Smutny, J.; Pazdera, L.

The development of a rail damping device for reducing noise from railway track
pp. 2400-2406(7)
Authors: Thompson, D.; Jones, C.; Farrington, D.

Rolling noise from freight railway traffic: Reduction of wheel radiation by means of tuned absorbers
pp. 2407-2414(8)
Authors: Bouvet, P.; Vincent, N.; Coblenz, A.; Demilly, F.

Noise-related roughness on railway wheels generated by tread braking
pp. 2415-2420(6)
Authors: De Vos, P.; Van Lier, S.

Railway wheel ring dampers
pp. 2421-2428(8)
Authors: Lopez, I.; Vinolas, J.; Busturia, J.; Castanares, A.

Silent freight and silent track projects
pp. 2429-2437(9)
Authors: Hemsworth, B.; Gautier, P-E.; Jones, R.

Effects of transverse profiles of wheels on railway noise
pp. 2438-2446(9)
Authors: Van Haaren, R.; Thompson, D.

The effect of pavement porosity on tire tread block noise generation
pp. 2447-2453(7)
Authors: Jones, S.; Karnopp, D.; Sarigul-Klijn, N.

Air resonance noise reduction of porous pavement
pp. 2454-2458(5)
Authors: Kawamata, S.; Yokoi, T.; Maruyama, T.

Tire/road noise simulation for optimization of the tread pattern
pp. 2459-2467(9)
Author: Ejsmont, J.

Tire/road noise: 3D model for horn effect
pp. 2468-2473(6)
Authors: Fadavi, A.; Dumamel, D.; Klein, P.; Anfosso-Ledee, F.

Prediction of the tread pattern noise of the quasi-static state rolling tyre
pp. 2474-2479(6)
Authors: Kim, G-J.; Cho, S-W.; Kim, N-J.

A rolling contact model using Green's functions
pp. 2480-2487(8)
Author: Larsson, K.

TRIAS - Tyre road interaction acoustic simulation model
pp. 2488-2496(9)
Authors: De Roo, F.; Gerretsen, D.

A comparison of the 2D ring and 3D orthotropic plate for modelling of radial tire vibrations
pp. 2497-2503(7)
Authors: Perisse, J.; Hamet, J-F.

On the sound radiation from tyres
pp. 2504-2510(7)
Authors: Becot, F-X.; Barrelet, S.; Kropp, W.

Tire/road noise: Comparison of 2D and 3D models for horn effect
pp. 2511-2516(6)
Authors: Anfosso-Ledee, F.; Klein, P.; Fadavi, A.; Duhamel, D.

Road texture and tire noise
pp. 2517-2525(9)
Authors: Hamet, J-F.; Klein, P.

Wave number domain representation of tire vibration
pp. 2526-2532(7)
Authors: Bolton, J.S.; Kim, Y-J.

Horn effect characterisation for tire-road noise radiation
pp. 2533-2542(10)
Author: Klein, P.

A one dimensional wave model for an automobile tyre
pp. 2543-2549(7)
Author: Pinnington, R.J.

The calculation of the sound insulation of double panels - Comparison of the existing models
pp. 2550-2556(7)
Author: Hongisto, V.

Flexible sound absorption by micro-perforation
pp. 2557-2562(6)
Authors: Patsouras, D.; Pfaffelhuber, K.

Design of an object oriented finite element software for vibro-acoustic problems - Application to poroelastic multilayer insulating systems of aeroplanes
pp. 2563-2567(5)
Authors: Lamary, P.; Twafiq, I.; Chevalier, Y.

Prediction of acoustic parameters of layered systems
pp. 2568-2572(5)
Authors: Bris, P.; Vasut, S.; Pesl, J.; Bujnoch, L.

An experimental study of vibration damping properties of rubber laminate material in an automotive application
pp. 2573-2577(5)
Author: Norberg, A.

Harmony software for low noise design of centrifugal ventilators of transport machines
pp. 2578-2583(6)
Authors: Timouchev, S.; Tourret, J.

Validation of analytic SEA and EFEM for interior noise prediction in thin walled cavities
pp. 2584-2592(9)
Authors: Moens, I.; Iadavaia, M.; Vandepitte, D.; Sas, P.

The intensity potential approach to predict sound propagation through partial enclosures
pp. 2593-2601(9)
Authors: Thivant, M.; Guyader, J.L.

High frequency plate radiation by power flow analysis with experimental validation
pp. 2602-2607(6)
Authors: Cotoni, V.; Le Bot, A.; Jezequel, L.

Transmission loss of double walls: SEA modelization versus experiment
pp. 2608-2613(6)
Authors: Bruhl, S.; Bremner, P.; Roeder, A.; Grunewald, M.

Modal and propagative approach in structural-acoustic analysis by modal densification method
pp. 2614-2620(7)
Authors: Bareille, O.; Ichchou, M.; Jezequel, L.

Vibration power flow models of orthotropic plates
pp. 2621-2628(8)
Authors: Park, D-H.; Hong, S-Y.; Kil, H-G.; Seo, S-H.

Analysis in medium frequency range using the finite element method
pp. 2629-2636(8)
Authors: Cieslik, J.; Uhl, T.

Wavefield supprestion and its application to mid-frequency structural-acoustics
pp. 2637-2642(6)
Authors: Shorter, P.; Langley, R.

Supervisory expert control for vibroisolation system
pp. 2643-2648(6)
Authors: Sapinski, B.; Sibielak, M.; Kowal, J.

The green ray integral method applied to indoor and outdoor problems
pp. 2649-2653(5)
Author: Jean, P.

Vibro-acoustic simulation using geometrical acoustics in the medium frequency range inside a car cavity
pp. 2654-2659(6)
Authors: Floc'h, C.; Bardot, A.; Polack, J-D.; Bohineust, X.

Closed equations for statistical moments of a sound field in a turbulent, refractive atmosphere near an impedance ground and their solutions
pp. 2660-2666(7)
Authors: Ostashev, V.; Wilson, D.K.

Temporal fluctuation of atmospheric absorption of sound during a year
pp. 2667-2672(6)
Authors: Yoshihisa, K.; Tatsuda, K.; Okada, Y.

Measurement and analysis of natural ambient sound levels and weather parameters
pp. 2673-2679(7)
Author: Van Den Berg, F.G.P.

Predicting convergence zone propagation in environmental noise measurements
pp. 2680-2687(8)
Authors: Bronsdon, R.; Forschner, H.

Calculation of the sound intensity in a stratified atmosphere
pp. 2688-2695(8)
Author: Hohenwarter, D.

Putting meteorology into outdoors sound propagation calculations
pp. 2696-2703(8)
Authors: Wilson, K.; Noble, J.

Prediction of sound fields in the presence of terrain features which produce a range dependent meteorology using the generalised terrain parabolic equation (GT-PE) model
pp. 2704-2711(8)
Authors: West, M.; Lam, Y.W.

Overview of outdoor sound propagation
pp. 2712-2719(8)
Author: Sutherland, L.C.