INTER-NOISE and NOISE-CON Congress and Conference Proceedings

Modelling of the acoustic protection given by a space launcher payload fairing
pp. 537-540(4)
Authors: Ferguson, N.S.; Fahy, F.J.; Gardonio, P.; Pinder, J.N.

Improving sound insulation with lighter layered walls
pp. 541-544(4)
Authors: Tenenbaum, R.A.; Magalhaes, M.B.S.

On the advantage of relational data structures and client/server applications for shooting noise data using ODBC, SQL and OLE standards
pp. 545-548(4)
Authors: Trimpop, M.; Hirsch, K.W.

Developments in the FFP method for outdoor sound prediction
pp. 549-554(6)
Authors: White, M.J.; Li, Y.L.

Forest soundings: Interpretations of pressure waveforms of explosions at distances of up to 20 km
pp. 555-560(6)
Author: White, M.J.

Use of the PE method for predicting noise outdoor
pp. 561-566(6)
Authors: Daigle, G.A.; Stimson, M.R.; Havelock, D.I.

Understanding the fast field program
pp. 567-572(6)
Author: Raspet, R.

A computational model for long-range propagation of bullet noise
pp. 573-578(6)
Authors: Kinneging, N.A.; Van den Berg, F.H.A.

An overview of a method to predict average propagation of shooting noise in order to create computer-generated noise contours around shooting ranges
pp. 579-582(4)
Authors: Van den Berg, F.H.A.; Kinneging, N.A.; Salomons, E.M.

An overview of the long range impulse sound propagation measurements made in Norway
pp. 583-588(6)
Author: Kerry, G.

A new fast parabolic equation (PE) based on a Lagrange Pade (LP) expansion of implicit functions for 2D sound propagation
pp. 589-594(6)
Authors: Sack, R.A.; West, M.

A new method for prediction of the statistical acoustical footprint (SAF) using a meteorological database
pp. 595-600(6)
Authors: West, M.; Turton, J.

Swedish climate for absorption of sound by the atmosphere
pp. 601-604(4)
Author: Larsson, C.

Meteorological measurements during Norwegian trials
pp. 605-610(6)
Authors: Hole, L.R.; Gjessing, Y.; de Lange, T.

Some analyses of noise reduction by long range propagation over sea with meteorological data
pp. 611-614(4)
Authors: Konishi, K.; Tanioku, Y.; Maekawa, Z.

Long time continuous measurement of long range noise propagation over sea
pp. 615-618(4)
Authors: Tanioku, Y.; Konishi, K.; Maekawa, Z.

Sound propagation in real atmosphere
pp. 619-622(4)
Authors: Pinazza, O.; Garai, M.

Representativity of long range sound level calculation
pp. 623-626(4)
Authors: Zouboff, V.; Berengier, M.; Laporte, J.C.; Dulau, B.

Predicting low-level acoustic pulse amplitudes in an atmosphere supporting wind and temperature gradients
pp. 627-632(6)
Authors: Don, C.G.; McLeod, I.D.

The influence of receiver height on sound levels from sound sources in large distances
pp. 633-638(6)
Author: Hirsch, K.W.

Influence of propagation effects on the acoustical classification of road pavements
pp. 639-644(6)
Author: Berengier, M.C.

On the sound pressure of a quadrupole above an impedance ground
pp. 645-650(6)
Authors: Taharzadeh, S.; Li, K.M.

Models and measurements of sound propagation from a point source over mixed impedance ground
pp. 651-656(6)
Authors: Boulanger, P.; Waters-Fuller, T.; Attenborough, K.; Li, K.M.

A model for the prediction of road traffic noise propagation over ground
pp. 657-662(6)
Author: Yamamoto, K.

Snow cover effects on impulsive noise propagation in a forest
pp. 663-668(6)
Author: Albert, D.G.

Acoustic ground impedance assessment
pp. 669-674(6)
Authors: Storeheier, S.A.; Vigran, T.E.

Noise from road tunnel openings - An engineering approach
pp. 675-678(4)
Author: Olafsen, S.

Non-unicity of the spatial sound decay curve in workshops
pp. 679-682(4)
Authors: Balennec, T.; Ondet, A.M.

Coupling of acoustic and entropic waves in the Rijke tube
pp. 683-686(4)
Authors: Gervais, Y.; Loizeau, T.

Predicting frequency varying fitting density and absorption coefficient in industrial workrooms
pp. 687-690(4)
Authors: Hodgson, M.R.; Li, K.

Effect of air-structural coupling on the medium frequency sound field response in enclosures
pp. 691-694(4)
Authors: Sum, K.S.; Pan, J.

Existence of two longitudinal guided waves in a fluid-filled cylindrical duct with vibrating walls
pp. 695-698(4)
Authors: Gautier, F.; Tahani, N.

Acoustic location and sizing of in duct obstructions
pp. 699-702(4)
Authors: de Salis, M.H.F.; Oldham, D.J.

Acoustic wave propagation in a duct containing a shear flow and a line source
pp. 703-706(4)
Authors: Nordstrom, M.; Nilsson, B.

Idenification and analysis of noise propagated by ducts
pp. 707-710(4)
Author: Guzas, D.

The reflection and radiation of sound from duct openings in HVAC systems
pp. 711-714(4)
Authors: Peters, R.J.; McCambridge, C.J.; Smith, C.

Industrial noise control in the transmission path: A real case
pp. 715-718(4)
Author: Belderrain, M.L.R.

Flanking transmission between leaves of a double wall
pp. 719-724(6)
Authors: Nightingale, T.R.T.; Craik, R.J.M.; Steel, J.A.

Investigation of pulse propagation through slits in a wide barrier
pp. 725-728(4)
Authors: Don, C.G.; Swenson, G.G.; Butyn, M.

On the relevance of transparency of railway anti-noise barriers for passenger comfort
pp. 729-732(4)
Authors: Schaap, D.; de Vos, P.H.

Measurement of the sound insertion loss of ventilation louvres
pp. 733-736(4)
Authors: Viveiros, E.B.; Gibbs, B.M.

Acoustical performance of noise barriers on rail transit systems
pp. 737-742(6)
Authors: Hanson, C.; Bajdek, C.

Practical consequences to be observed when shielding aircraft noise of ground test runups
pp. 743-746(4)
Author: Meyer, T.J.

Special treatments for highway noise barriers
pp. 747-750(4)
Authors: Cohn, L.; Harris, R.

The prediction of combined effect of road noise barrier and porous road surface by B.E.M.
pp. 751-756(6)
Authors: Anfosso-Ledee, F.; Berengier, M.

On the measurement of the sound absorption on non-flat barriers
pp. 757-762(6)
Authors: Garai, M.; Cocchi, A.

How multiple reflections can cause a degradation of performance for noise barriers
pp. 763-768(6)
Authors: Clairbois, J.P.; Houtave, P.; Trefois, V.

Efficiency of highway noise barriers
pp. 769-774(6)
Author: Yamamoto, K.

Calculation of additional dimensions of noise barriers with insufficient noise reduction
pp. 775-778(4)
Author: Dezelak, F.

Comparison of simple prediction methods for noise reduction by double barriers
pp. 779-782(4)
Authors: Takagi, K.; Park, Y.; Hotta, R.; Yamamoto, K.

Calculation of the three-dimensional sound pressure around noise barriers
pp. 783-786(4)
Author: Duhamel, D.

Impulsive method for road barriers: A first schedule of ten years of practice
pp. 787-790(4)
Author: Sauvage, P.

Noise reduction of a multiple edge noise barrier
pp. 791-794(4)
Authors: Shima, H.; Watanabe, T.; Mizuno, K.; Iida, K.; Matsumoto, K.; Nakasaki, K.

A new, cost efficient method for the measurement of sound barrier insertion loss
pp. 795-798(4)
Authors: van Tol, P.F.; de Vos, P.H.; Dings, P.C.; Kootwijk, P.A.A.

Full scale tests on the design of railway noise barriers
pp. 799-802(4)
Authors: Rudolphi, E.; Akerlor, L.

Barriers for railway noise: Measurements and calculations of the insertion loss
pp. 803-808(6)
Author: Hohenwarter, D.

A posteriori auralization of the effect of noise barriers
pp. 809-812(4)
Authors: Blauert, J.; Lehn, K.

Sound propagation over a barrier computed with the parabolic equation method
pp. 813-818(6)
Author: Salomons, E.M.

Noise barriers with reactive surfaces
pp. 819-824(6)
Authors: Fujiwara, K.; Hothersall, D.C.

The use of high performance noise barriers in the United Kingdom
pp. 825-830(6)
Authors: Johnston, J.R.; Fitzgerald, B.K.

Railway noise propagation control - An investigation of re-radiated sound from very low trackside barriers
pp. 831-836(6)
Authors: Jones, C.J.C.; Jones, R.R.K.

Single number rating of enclosures
pp. 837-840(4)
Author: Asselineau, M.

Noise control by enclosures - Information on the state-of-the-art in technical guidelines and standards
pp. 841-844(4)
Author: Kurze, U.J.

Low frequency absorption in a reverberation chamber
pp. 845-848(4)
Author: Feng, L.

The transmission loss of cavity walls
pp. 849-852(4)
Author: Birlik, G.

Sound transmission through double plaster panels: Influence of assembling system
pp. 853-856(4)
Authors: Sobreira, M.A.; Recuero, M.

Development of a new acoustic interlayer for laminated glass by the mean of double glazing modelisation
pp. 857-860(4)
Authors: Rehfeld, M.; Hamdi, M.A.; Appert, B.

Acoustic radiation of multilayered structures excited by impact noise
pp. 861-864(4)
Author: Gagliardini, L.

Optimisation of sound insulation at low frequencies
pp. 865-870(6)
Authors: Kropp, W.; Pietrzyk, A.; Kihlman, T.

Application of sound intensity and structural intensity to study acoustical transmission through windows
pp. 871-876(6)
Authors: Villot, M.; Roland, R.

Sound insulation improvement using honeycomb sandwich panels
pp. 877-880(4)
Authors: Huang, W-C.; Ng, C-F.; Tang, W.C.

Intercomparison of laboratory measurements of airborne sound insulation of partitions
pp. 881-886(6)
Authors: Farina, A.; Fausti, P.; Pompoli, R.; Scamoni, F.

Theory and practice in duct silencer design
pp. 887-890(4)
Author: Collings, D.A.

A new type of dust resistant silencers
pp. 891-894(4)
Authors: Zhou, Z-J.; Sui, B-C.

A study on resonator type muffler
pp. 895-898(4)
Authors: Sano, H.; Suzuki, S.; Yabe, Y.; Numata, H.

Acoustic performances calculation of dissipative muffler with non-isothermal shear flow using the wave envelope method
pp. 899-902(4)
Authors: Bihhadi, A.; Gervals, Y.

Wall porosity effects on wave propagation in catalytic converter elements
pp. 903-906(4)
Authors: Kirby, R.; Cummings, A.

Analysis of the acoustic performance of reciprocating compressor mufflers with sound intensity
pp. 907-910(4)
Authors: Ozturk, C.; Acikgoz, A.

Experimental and numerical analysis of dissipative silencers
pp. 911-914(4)
Authors: Pereira, M.L.; Gerges, S.N.Y.

Acoustical modelling and experimental measurement of concentric resonator reactive muffler
pp. 915-918(4)
Authors: Kimura, M.R.M.; Walber, C.; Gerges, S.N.Y.

Noise reduction characteristics of porous elastic road surfaces
pp. 919-922(4)
Authors: Meiarashi, S.; Ohnishi, H.; Fujiwara, T.

Advanced passive noise control of truck tires
pp. 923-926(4)
Authors: Saemann, E-U.; Dodt, T.

Influence of the pore size distribution on sound absorption of rubber granulates
pp. 927-930(4)
Authors: Allemon, P.; Hazebrouck, R.

A basic study on acoustical properties of double-leaf membranes
pp. 931-934(4)
Authors: Sakagami, K.; Klyama, M.; Tanigawa, M.; Morimoto, M.

Mathematical model of the acoustical absorption behavior of the open cell polyurethane foams and comparison with experimental results
pp. 935-938(4)
Authors: Szary, M.L.; Nwankwo, O.O.

Behavior of acoustical plates made of expanded perlite in moist environments
pp. 939-942(4)
Author: Yilmazer, S.

Use of coir as a sound absorptive composite material
pp. 943-946(4)
Authors: Silva, A.M.P.; Slama, J.G.

The development of a cost-effective sound absorbing material - Akumat
pp. 947-950(4)
Authors: Hermanson, L.; Frommer, G.

Elastic constants of polyurethane foam's skeleton for Biot model
pp. 951-954(4)
Authors: Mariez, E.; Sahraoui, S.; Allard, J.F.

Effect of permeability on acoustic properties of double-leaf membranes
pp. 955-958(4)
Authors: Kiyama, M.; Sakagami, K.; Morimoto, M.

Influence of several parameters on the absorption coefficient of the foam by the reverberation room method
pp. 959-962(4)
Authors: Cervera, F.; Rubio, C.; Sanchez-Peres, J.V.; Martinez-Sala, R.

A method for predicting the sound absorption of perforated facings with back cavity
pp. 963-966(4)
Author: Takahashi, D.

The acoustic impedance of perforated plates subjected to grazing flow and backed by porous media
pp. 967-970(4)
Authors: Kirby, R.; Cummings, A.

Assessing hearing protectors for use in impulsive noise
pp. 971-974(4)
Author: Lloyd, J.A.

Measurement of the sound pressure level of level dependent muffs with the ISO acoustic test fixture
pp. 975-978(4)
Author: Brueck, E.J.

Noise levels and noise reduction under motorcycle helmets
pp. 979-982(4)
Authors: Lower, M.C.; Hurst, D.W.; Thomas, A.

Adaptive internal model controller-stability analysis
pp. 983-988(6)
Authors: Rafaely, B.; Elliott, S.J.

Evaluation of active hearing protectors with high level impulse noise
pp. 989-992(4)
Authors: Buck, K.; Parmentier, G.

Environmental and transduction effects on closed-loop stability in active hearing protectors
pp. 993-998(6)
Author: Swanson, D.C.

About aerodynamic automobile leak noise
pp. 999-1003(5)
Authors: Mirzoev, G.K.; Danilov, O.V.; Fessina, M.I.