INTER-NOISE and NOISE-CON Congress and Conference Proceedings

Low-frequency impact sound transmission through floor systems
pp. 1-10(10)
Author: Warnock, A.

Novel foam sheet for impact sound insulation with excellent creep performance
pp. 11-17(7)
Authors: Vo, C.V.; Reimers, M.; Park, C.P.; Koenig, J-F.

Comparison of impact sound insulation measurements of floor coverings using different floor types and excitation sources
pp. 18-29(12)
Author: Schmitz, A.

Floor vibrations and low frequency sound pressure levels using a rubber ball impact method
pp. 30-35(6)
Author: Homb, A.

A modified calculation method and its accuracy for floor impact sounds on large-span slabs from soft and heavy impact sources
pp. 36-42(7)
Authors: Koga, T.; Tano, M.; Andow, K.

Stimulus-response measurement of floor impact sound
pp. 43-50(8)
Author: Nash, A.

Residues utilization from shoes industries in the acoustic insulation in the buildings
pp. 51-57(7)
Authors: Hax, S.; Pizzutti, J.

Improvement of impact noise isolation of floor structure by resilient material in apartment buildings
pp. 58-63(6)
Authors: Shin, I.S.; Cha, K.S.; Lee, D.W.; Cho, M.K.; Chung, K.S.

Evaluation of impact noise isolation by ceiling structure in apartment buildings
pp. 64-69(6)
Authors: Shin, I.S.; Park, J.S.; Cho, C.G.; Pang, S.K.; Kong, S.H.

New heavy impact source for the measurement of floor impact sound insulation of buildings
pp. 70-76(7)
Authors: Inoue, K.; Yasuoka, M.; Tachibana, H.

Research and development of floor impact sound insulation of multi-family dwellings in Japan
pp. 77-88(12)
Authors: Inoue, K.; Kimura, S.

Transportation noise in cinema halls: Some practical ways of reducing the DIN
pp. 89-93(5)
Author: Asselineau, M.

Simultaneous prediction of internal and external sound fields
pp. 94-99(6)
Authors: Dance, S.; Shield, B.

Maximum background noise levels on audiometric rooms: A case of study
pp. 100-107(8)
Authors: Razo-Razo, N.; Elias-Juarez, A.

An exact method to determine the influence of noise control measures in workplaces
pp. 108-113(6)
Authors: Keranen, J.; Hongisto, V.; Airo, E.; Olkinuora, P.

Computer aided acoustic design at a theatre reconstruction - Realities and simulation results
pp. 114-118(5)
Authors: Nagy, A.; Kotschy, A.; Furjes, A.; Augusztinovicz, F.

An acoustic guide for the design of plants
pp. 119-123(5)
Authors: Ondet, A.M.; Mondot, J.M.

Absorption of elastic framed porous materials in combination with impervious films: Effect of bonding
pp. 124-129(6)
Authors: Parkinson, J.; Pearse, J.R.; Latimer, M.D.

Acoustical parameters distribution in historical buildings with a complex geometry
pp. 130-135(6)
Authors: Magrini, A.; Ricciardi, P.

New sound-absorbing foams made from polyolefin resins
pp. 136-144(9)
Authors: Park, C.; Brucker, M.; Remy, L.; Gilg, S.; Subramonian, S.

Design of Danish buildings with high sound insulation
pp. 145-152(8)
Author: Pedersen, D.B.

Combining heavy and light weight building constructions to achieve high sound insulation
pp. 153-157(5)
Authors: Selvaag, K.; Eide, A.B.

New musical classroom with high sound insulation in an existing buildings and high sound insulation in student rooms
pp. 158-164(7)
Author: Hagberg, K.

Development of two light frame wall systems for dwellings
pp. 165-172(8)
Author: McGunnigle, K.

Sound insulation in Austrian multifamily houses
pp. 173-178(6)
Author: Lang, J.

High sound classification of dwellings at low extra costs calls for improved building products and a structured acoustic design procedure
pp. 179-184(6)
Author: Simmons, C.

Lightweight timber floor design to achieve high sound insulation and impact isolation without carpet
pp. 185-189(5)
Author: Ballagh, K.

Design of a light timber framed wall incorporating structural bracing
pp. 190-194(5)
Author: Ballagh, K.

Development of ICT course material for acoustics education
pp. 195-199(5)
Authors: Meerbergen, V.; Vermeir, G.; Botteldooren, D.; Meuldermans, R.; Van Overmeire, M.

Visual and aural presentations for education of architectural acoustics
pp. 200-209(10)
Author: Tachibana, H.

Design factors from experience that can be studied in architectural acoustics courses
pp. 210-218(9)
Author: Rosenhouse, G.

Acentech's experience with students
pp. 219-223(5)
Authors: Wood, E.W.; Horrall, T.R.

Improvement of sound insulation of double glazings by using wave guide systems within the air space
pp. 224-230(7)
Authors: Rehfeld, M.; Mottelet, B.

Comparison of laboratory and field measurements of sound insulation against aircraft noise
pp. 231-238(8)
Authors: Bradley, J.; Birta, J.; Lay, K.

Measurements of the sound insulation of houses near Auckland International airport
pp. 239-245(7)
Authors: Oh, X.; Day, C.

Study of passive active control on openings for natural ventilation in buildings
pp. 246-251(6)
Authors: Maillard, J.; Guigou-Carter, C.

Inclusion of damping in a FEM model of low frequency sound in rooms
pp. 252-257(6)
Authors: Maluski, S.; Gibbs, B.M.

Aircraft noise - A survey method for measurements of facade insulation in dwellings around Arlanda airport, Stockholm
pp. 258-265(8)
Authors: Pagoldh, C.; Hankanen, M.

Low noise natural ventilation systems
pp. 266-270(5)
Authors: De Salis, M.; Oldham, D.; Sharples, S.

Insulation of aluminum frame-double glazing windows by mean of BEA FEA modeling
pp. 271-277(7)
Authors: Auger, J-M.; Defosse, H.; Hamdi, M.A.; Barras, C.; Benoualid, D.; Mulocher, P.; Mottelet, B.; Rehfeld, M.; Cotte, P.; Midelet, C.; Szezygiel, M.

Sound transmission loss of multilayered elements: Comparision of calculated and measured results
pp. 278-284(7)
Authors: Kurra, S.; Arditi, D.

The influence of shutters position on noise insulation of facades
pp. 285-294(10)
Authors: Patricio, J.; Braganca, L.

Influence of filtering system on high sound insulation ventilating windows
pp. 295-302(8)
Authors: Asdrubali, F.; Cotana, F.

Acoustic protection of buildings against aircraft external noise: Criteria and design
pp. 303-308(6)
Authors: Rocco, L.; Sauro, S.

Experiments of the active reduction of sound transmission through light-weight constructions
pp. 309-313(5)
Authors: Osipov, A.; Sas, P.; Rupp, R.

Airborne and impact sound insulation of joist floor systems: A collection of data
pp. 314-323(10)
Author: Warnock, A.

A new design of lightweight panel to improve static strength and sound insulation
pp. 324-329(6)
Authors: Feng, L.; Nilsson, A.

Field measurements of 170 nominally identical timber floors - A statistical analysis
pp. 330-334(5)
Author: Johansson, C.

Estimating junction attenuation in lightweight constructions
pp. 335-342(8)
Authors: Nightingale, T.; Bosmans, I.

A study of vibration transmission at joints in timber framed buildings using statistical energy analysis
pp. 343-347(5)
Authors: Steel, J.A.; Frances, A.K.

Sound insulation in light weight building structures, a) Development of a full-scale test house and a steel beam floor, b) Improved model for impact sound predictions
pp. 348-354(7)
Authors: Agren, A.; Shi, W.; Ljunggren, F.

Nordic multi-storey timber buildings for residential housing
pp. 355-360(6)
Author: Hveem, S.

Failures in sound insulation of timber buildings
pp. 361-366(6)
Authors: Kylliainen, M.; Keronen, A.; Helimaki, H.

Vibration at buildings of high cultural value from TBM operation at Athens Metro Line: Academia - Syntagma
pp. 367-373(7)
Author: Vogiatzis, C.

Multi-family houses with cavity brick walls: Sound insulation and vibration transmission indices
pp. 374-381(8)
Authors: Martin, H.; Van Gaal, M.; Gerretsen, E.; Niggebrugge, J.

Laboratory test set-up for the evaluation of rainfall-noise
pp. 382-391(10)
Authors: Vermeir, G.; Mees, P.

Determination of SEA coupling loss factors between concrete masonry plates using FEM and ESEA
pp. 392-399(8)
Author: Hopkins, C.

S.E.A.-modeling of structure-borne sound transmission via wasterwater pipe systems to building structures and rooms
pp. 400-406(7)
Author: Van Der Jagt, S.

Building foundation lining against ground borne vibration from railways
pp. 407-412(6)
Authors: Villot, M.; Chanut, J.

Prediction model for sound transmission from machinery in buildings: Feasible approaches and problems to be solved
pp. 413-419(7)
Author: Gerretsen, E.

Protecting buildings against ground-borne vibrations by means of isolating materials
pp. 420-424(5)
Author: Jean, P.

Nearly periodicity in stiffened plates and its influence on sound radiation
pp. 425-430(6)
Author: Brunskog, J.

Methods of evaluating the influence of vibrations on sound pressure levels in buildings
pp. 431-439(9)
Authors: Niemas, M.; Sadowski, J.

Prediction and measurement of the transmission loss of a slit in a wall
pp. 440-445(6)
Authors: Romano, R.; Iannace, G.; Ianniello, C.

Prediction of the audible effects in a broadcasting studio, caused by a newly planned metro line - Part III: Verification of the prediction method, comparisons of measurements and calculations
pp. 446-451(6)
Authors: Arato-Borsi, E.; Forian Szabo, P.; Kvojka, F.; Augusztinovicz, F.

Prediction of the audible effects in a broadcasting studio, caused by a newly planned metro line - Part I: Estimation of design vibration spectra on the studio walls and floors
pp. 452-458(7)
Authors: Forian Szabo, P.; Arato-Borsi, E.; Augusztinovicz, F.

Evaluation of air-borne and structure-borne sound transmission in buildings using statistical energy analysis; An overview
pp. 459-462(4)
Authors: Kandaswamy, S.; Ramachandraiah, A.

The use of limp mass loaded barriers in standard wall constructions
pp. 463-467(5)
Authors: Latimer, M.D.; Pearse, J.R.; Latimer, R.A.

The effects of chronic and acute transportation noise on task performance of school children
pp. 468-475(8)
Authors: Meis, M.; Hygge, S.; Evans, G.W.; Lercher, P.; Bullinger, M.; Schick, A.

Intelligibility in a school in Leon (Spain)
pp. 476-481(6)
Authors: Cepeda Riano, J.; Garcia Ortiz, E.; Melcon Otero, B.; Vidal Gonzalez, M.I.

Noise problems caused by road traffic in classrooms
pp. 482-490(9)
Authors: Akdag, N.; Erdem Aknesil, A.; Karabiber, Z.

The SATS study: The effects of aircraft noise exposure on standardized performance tests around Heathrow airport
pp. 491-496(6)
Authors: Haines, M.; Stansfeld, S.; Head, J.; Job, R.F.S.

Noise effects on local schools in the Madrid region
pp. 497-504(8)
Authors: Recuero Lopez, M.; Gil, C.; Cutanda, V.; Grundman Isla, J.

The relationship between background levels and activity noise levels at school
pp. 505-509(5)
Author: Lundquist, P.

Effect of design and rennovation on the speech conditions in university classrooms
pp. 510-515(6)
Author: Hodgson, M.

The Munich airport noise study - Effects of chronic aircraft noise on children's perception and cognition
pp. 516-521(6)
Authors: Hygge, S.; Evans, G.W.; Bullinger, M.

Noise immission in children's institutes caused by traffic
pp. 522-526(5)
Authors: Pota, A.; Kvojka, F.

New ways (and old theory) for abating airport noise annoyance
pp. 527-536(10)
Author: Stallen, P.J.

The effects of aircraft noise on memory, stress and arousal in older persons
pp. 537-542(6)
Authors: Enmarker, I.; Hygge, S.

Evaluation of community response to aircraft noise following completion of a new runway at Vancouver international airport
pp. 543-549(7)
Authors: Grigg, A.J.; Haboly, E.F.; Cheng, M.C.

The mosquito effect: Community reaction to noise from a general aviation airport
pp. 550-555(6)
Author: Lloyd, D.

Annoyance produced by the noise of the airport of Altet-Alicante, on the cities of Altet, Torremolino and Elche
pp. 556-565(10)
Authors: Mallebrera, M.; Romero, J.; Gimenez, A.; Marin, A.; Sanchis, A.

Developing of criterion for the annoyance of low frequency aircraft noise
pp. 566-573(8)
Author: Fidell, S.

Studies of the annoyance of low frequency aircraft nosie at two civil airports
pp. 574-580(7)
Authors: Silvati, L.; Fidell, S.; Pearsons, K.; Howe, R.; Sneddon, M.

Laboratory study of the annoyance of aircraft-induced secondary emissions
pp. 581-590(10)
Authors: Pearsons, K.; Fidell, F.; Silvati, L.; Sneddon, M.

Annoyance and mental health status of people around an airport in Japan
pp. 591-595(5)
Authors: Goto, K.; Kaneko, T.; Tokita, Y.

Comparison of reaction (dissatisfaction, annoyance etc.) to aircraft noise among shift workers and non-shift workers
pp. 596-603(8)
Authors: Job, R.F.S.; Hatfield, J.; Carter, N.; Peploe, P.; Taylor, R.; Morrel, S.

Evaluation of variations of the annoyance due to aircraft noise
pp. 604-609(6)
Authors: Vincent, B.; Vallet, M.; Olivier, D.; Paque, G.

A comparison between the use of loudness level weighting and loudness measures to assess environmental noise from combined sources
pp. 610-617(8)
Authors: Schomer, P.; Suzuki, Y.; Saito, F.

A noise metric for multi-source noise environments
pp. 618-623(6)
Authors: Miedema, H.M.; Gjestland, T.

Differences in the annoyance between rail and road traffic noise in relation to the acoustic situation
pp. 624-630(7)
Authors: Moehler, U.; Liepert, M.

Total annoyance and perceptually discernible noise sources
pp. 631-635(5)
Authors: Berglund, B.; Nilsson, M.E.

Annoyance due to combined noise sources
pp. 636-645(10)
Authors: Joncour, S.; Cailhau, D.; Gautier, P-E.; Champelovier, P.; Lambert, J.

Factors contributing to reported reaction to combined noise sources
pp. 646-651(6)
Authors: Job, R.F.S.; Hatfield, J.

On total annoyance caused by different environmental sounds: A review and suggestions for additional research
pp. 652-659(8)
Author: Vos, J.

Use and effectiveness of hearing protectors
pp. 660-664(5)
Author: Korpert, K.

Simple assessment of noise exposure at workplaces
pp. 665-667(3)
Author: Hohmann, B.W.

Low frequency noise "pollution" interferes with performance
pp. 668-674(7)
Authors: Bengtsson, J.; Persson Waye, K.; Kjellberg, A.; Benton, S.

Difference of noise exposure measured by dosimeter and sound level for textile workers
pp. 675-680(6)
Authors: Zhao, Y.; Cheng, X.; Chen, S.

Application of new bone conduction pickups and earphones of earplug type for speech communication under high ambient noise
pp. 681-688(8)
Authors: Matsuyanma, E.; Furihata, K.; Yanagisawa, T.