INTER-NOISE and NOISE-CON Congress and Conference Proceedings
ISSN 0736-2935 (Print)



The Noise-Con conference proceedings are sponsored by INCE/USA and the Inter-Noise proceedings by I-INCE. NOVEM (Noise and Vibration Emerging Methods) conference proceedings are included. All NoiseCon Proceedings one year or older are free to download. InterNoise proceedings from outside the USA older than 10 years are free to download. Others are free to INCE/USA members and member societies of I-INCE.
Publisher: Institute of Noise Control Engineering on behalf of International Institute of Noise Control Engineering
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Articles
Pilots' endeavor for aircraft noise abatement
pp. 1388-1394(7)
Author:
Mitsuhashi, H.
Managing noise emission impacts of airport traffic
pp. 1395-1399(5)
Authors:
El-Fadel, M.; Chahine, M.; Baaj, M.; Mezher, T.
A noise study on the new Lisbon airport
pp. 1400-1404(5)
Authors:
Palma, M.J.; Bento Coelho, J.L.; Almeida, A.M.
Updated lateral attenuation in FFA's integrated noise model
pp. 1405-1412(8)
Authors:
Fleming, G.G.; Burstein, J.; Rapoza, A.S.; Senzig, D.A.; Gulding, J.M.; Connor, T.L.
Architectural acoustic for theme parks
pp. 1413-1418(6)
Author:
Pelton, H.
Acoustic strategies of Barcelona. Sound culture for the 2004
pp. 1419-1424(6)
Author:
Daumal iDomenech, F.
Noise from amusement activities: An environmental impact study
pp. 1425-1430(6)
Authors:
Cocchi, A.; Semprini, G.
Effects of noise from military jets on hikers in a recreation area
pp. 1431-1436(6)
Authors:
Krog, N.H.; Aasvang, G.M.; Osmundsen, E.; Engdahl, B.
Rehabilitation of the acoustic environment of the city of Rhodes
pp. 1437-1446(10)
Authors:
Frantzeskakis, J.; Simandonis, J.; Vogiatzis, C.
Effects of tourism in the formation of the acoustic environment of touristic cities in south Europe
pp. 1447-1455(9)
Authors:
Psychas, K.; Honianaki, F.
New acoustic map of Madrid
pp. 1456-1459(4)
Authors:
Santiago, J.S.; Pons, J.
Assessment of conflict plans on the basis of noise mapping in Germany
pp. 1460-1465(6)
Author:
Irmer, V.K.P.
URBIS: Instrument for local environmental survey
pp. 1466-1471(6)
Author:
Borst, H.
Using a GIS tool to plan the acoustic urban environment
pp. 1472-1477(6)
Authors:
Gomes De Olivieira, M.; Bauzer Medeiros, E.; Davies Jr., C.
Noise maps: Methodology, criteria and current situation; Madrid noise map
pp. 1478-1483(6)
Authors:
Recuero Lopez, M.; Sancho, J.; Minguez, A.
A spatial noise distribution map
pp. 1484-1488(5)
Author:
Nii, Y.
A novel low-cost approach to noise mapping
pp. 1489-1493(5)
Authors:
Cabanellas, S.; Mosconi, P.; Pasch, V.; Yanitelli, M.; Miyara, F.; Puigdomenech, J.; Rall, J.; Vazquez, J.
Noise mapping and GIS: Optimising quality, accuracy and efficiency of noise studies
pp. 1494-1499(6)
Authors:
De Kluijver, H.; Stoter, J.
Expeditous noise mapping at a municipal level
pp. 1500-1505(6)
Authors:
Carvalho, A.; Rodrigues, R.
Use of geographic information systems in noise abatement strategies
pp. 1506-1511(6)
Authors:
Habermehl, K.; Ohse, L.
The GIS chaos (design and planning of the noise environment)
pp. 1512-1518(7)
Authors:
Balay, O.; Arlaud, B.
Road traffic noise mapping on an European scale
pp. 1519-1524(6)
Authors:
Roovers, C.; Van Blokland, G.; Psychas, K.
Noise mapping in Greece and the psychosocial parameters of Mediterranean countries
pp. 1525-1532(8)
Author:
Vogiatzis, C.
Noise mapping of road traffic noise in Portugal
pp. 1533-1536(4)
Authors:
Bento Coelho, J.L.; Mateus, J.R.; Palma, M.J.; Almeida, A.M.; Patricio, C.
Lisbon noise map
pp. 1537-1540(4)
Authors:
Bento Coelho, J.L.; Palma, M.J.
LKZ-method: A method to calculate numbers of noise effected citizens in urban areas
pp. 1541-1545(5)
Author:
Popp, C.
Urban traffic noise measurement optimization
pp. 1546-1552(7)
Authors:
Reig, A.; Gaja, E.; Manglano, J-L.; Sancho, S.
Diapason: Efficient help tool in the decision process for local authorities
pp. 1553-1559(7)
Authors:
Vaucher De La Croix, D.; Aujard, C.; Laurent, O.
A comprehensive study of hot pressing noise in an Italian subalpine scenery: A new policy for decision makers
pp. 1560-1564(5)
Authors:
Bertellino, F.; Roletti, S.; Sartore, D.; Mana, F.
Environmental noise reduction of large industrial plants
pp. 1565-1568(4)
Authors:
Dombi, I.; Bite, M.
The countermeasure for the noise and vibration of combustion turbine exhaust gas duct
pp. 1569-1575(7)
Authors:
Bae, J.; Kim, W.; Chung, K.
Uncertainty in sound power determination and implications for power plant acoustics
pp. 1576-1585(10)
Authors:
Peppin, R.J.; Putnam, R.A.
Noise control engineering by sound-structure interaction analysis
pp. 1586-1594(9)
Authors:
Hioki, T.; Isobe, H.
Predicting interior factory noise with ray-tracing modeling. An example of a hardening plant
pp. 1595-1599(5)
Authors:
Johnsson, R.; Tingvall, B.; Agren, A.
Acoustical modelling of industrial facilities - Outdoor plant noise control design and construction
pp. 1600-1604(5)
Author:
Probst, W.
A parametric study of the sensitivity of combustion turbine inlet silencer insertion loss to the flow resistivity of the absorptive elements
pp. 1605-1611(7)
Author:
Putman, R.A.
Port and maritime plant noise: Chararacterization and normalization
pp. 1612-1618(7)
Authors:
Rossi, F.; Buratti, C.
A case study of the attenuation of waste heat boiler low frequency resonance
pp. 1619-1624(6)
Author:
Hetzel, R.
Low freqeuncy noise radiation from a coal washery screen
pp. 1625-1629(5)
Author:
Sheperd, I.
Combustion turbine exhaust systems - Low frequency noise reduction
pp. 1630-1636(7)
Author:
Kudernatsch, G.
Measurement method for the low frequency acoustical behavior inside the exhaust system of a combustion turbine
pp. 1637-1642(6)
Authors:
Scholz, U.; Bauver, W.P.
About the experience of low-rotated piston compressor units vibration reduction
pp. 1643-1649(7)
Authors:
Ogarkov, A.A.; Vassiliev, A.V.; Voltchonkov, V.
Study of Vitoria-Gasteiz by categorizing characteristics roadway
pp. 1650-1655(6)
Authors:
Barrigon, J.M.; Gomez Escobar, V.; Gutierrez Marcos, P.D.; Mendez Sierra, J.A.; Ruiz De Azua, J.
An indicator for road traffic noise: Monitoring and prediction model
pp. 1656-1662(7)
Authors:
Dekoninck, L.; Botteldooren, D.; Vindevogel, G.; Geens, R.
The potentials of new technology in integrated urban noise management systems
pp. 1663-1670(8)
Authors:
Manvell, D.; Larsen, P.; Hartog Van Banda, E.; Henning, P.J.; Winberg, L.
Presentation of environmental noise
pp. 1671-1675(5)
Authors:
Marth, E.; Gratt, W.; Kath, D.
Traffic noise and human living environment
pp. 1676-1681(6)
Authors:
Liu, Z.; Ding, H.; Hao, L.
Descriptive analysis of the temporary evolution of the urban noise
pp. 1682-1689(8)
Authors:
Sanchez, J.I.; Gonzalez, J.; Machimbarrena, M.; Valsero, M.C.
Noise prevention guideline for open-air events
pp. 1690-1695(6)
Author:
Lechner, C.
A fuzzy logic approach for urban traffic monitoring using noise measurements
pp. 1696-1701(6)
Authors:
Gonzalez-Rojo, S.; Lopes-Pereira, A.; Slama, J.; Mora-Camino, F.
Teh voices of the sustainable city
pp. 1702-1705(4)
Author:
Daumal i Domenech, F.
Simplified characterisation of noise exposure to traffic noise in urban areas
pp. 1706-1711(6)
Author:
Arras, C.
Environmental noise around Rotterdam
pp. 1712-1717(6)
Author:
Witte, R.
Noise study of railroad traffic in the city of Girona
pp. 1718-1724(7)
Author:
Arnau, J.
Noise pollution control, noise limit register
pp. 1725-1729(5)
Authors:
Puig, O.; Majo, M.
Factory noise in urban and industrial areas
pp. 1730-1735(6)
Authors:
Romeu, J.; Jimenez, S.; Saluena, X.; Capdevila, R.
Acoustical optimal design of (un)loading facilities of shopping centres near residences
pp. 1736-1742(7)
Authors:
Granneman, J.H.; Oostdijk, J.P.J.
Noise observatory information service
pp. 1743-1748(6)
Authors:
Buratti, C.; Cotana, F.; Simoncini, C.; Caracciolo, R.; Curcuruto, S.
Analysis and synthesis of urban noise environments
pp. 1749-1754(6)
Author:
Altabella, J.
Study of effectiveness of ambulance vehicle's siren sound as warning device for its duty run
pp. 1755-1761(7)
Author:
Baba, H.
Noise investigation in the Rottendam area
pp. 1762-1769(8)
Authors:
Maat, R.; Wolfert, H.
Using an equivalent source descriptor to characterize structure-borne sound sources
pp. 1770-1775(6)
Authors:
Chatel, G.; Loyau, T.
Characterization of small circulation pumps as sources of vibroacoustic energy
pp. 1776-1780(5)
Authors:
Trdak, K.; Badie-Cassagnet, A.; Pavic, G.
Inverse force synthesis state of the art and future research
pp. 1781-1789(9)
Author:
Blau, M.
Multi-point source characterisation applied to a diesel rigidly mounted on a raft
pp. 1790-1795(6)
Authors:
Termeer, M.; De Jong, C.
Noise path identification using power flow analysis
pp. 1796-1801(6)
Author:
Lee, S-K.
Indirect measurement of fluctuating pressure load
pp. 1802-1806(5)
Authors:
Park, J-B.; Kim, Y-H.
Vibroacoustic characterization of refrigerating compressors as a function of operating conditions
pp. 1807-1812(6)
Authors:
Darpas, M.; Ricol, L.
Characterizing of acoustic radiation of hermetic reciprocating compressor using vibration measurements
pp. 1813-1818(6)
Author:
Gavric, L.
The characterization of vibration sources and measurement of forces using multiple operating conditions and matrix decompostion methods
pp. 1819-1826(8)
Author:
Bernhard, R.
Investigations of Corona-induced vibration on high voltage conductors in laboratory conditions
pp. 1827-1832(6)
Authors:
Wszolek, T.; Tadeusiewicz, R.; Wszolek, W.
Characterisation of structure-borne sound sources: Active components and assembled systems
pp. 1833-1840(8)
Authors:
Mondot, J.M.; Moorhouse, A.
Noise and vibration analysis of machine tools using inverse methods
pp. 1841-1846(6)
Authors:
Wagstaff, P.; Henrio, J-C.; Did, R.; Chassaignon, C.
The 'Logic of Level' continued, what about multi-variable data processing
pp. 1847-1850(4)
Author:
Maurin, M.
A proposal on a means to identify the natural frequency of railway and highway structures
pp. 1851-1857(7)
Authors:
Sho, K.; Kitamura, Y.; Yamamoto, K.
Adaptive detector for noise sources automatic recognition
pp. 1858-1863(6)
Authors:
Dufournet, D.; Jouenne, P.
FFT vs Vold-Kalman based order analysis of a gearshift event
pp. 1864-1868(5)
Authors:
Gade, S.; Herlufsen, H.; Konstantin-Hansen, H.; Vold, H.
A proposed new series of international standards for determining sound power levels of machinery
pp. 1869-1874(6)
Authors:
Higginson, R.; Payne, R.
New-generation equipment together with metrological procedures for measurement of parameters of mechanical vibration emitted to the environment by vehicles
pp. 1875-1880(6)
Authors:
Lipowczan, A.; Kompala, J.; Bartmanski, C.; Kobylecki, A.; Kubik, I.
Relation between close carved surface and measuring points of sound power levels for electric cleaners using sound intensity method
pp. 1881-1889(9)
Authors:
Nagata, S.; Furihata, K.; Yanagisawa, T.
Modal analysis of structures using acoustical excitation
pp. 1890-1894(5)
Authors:
Lafleur, F.; Thomas, M.; Laville, F.
Development of multi-function time domain contribution analyzer and its basic performance
pp. 1895-1900(6)
Authors:
Sekiguchi, O.; Yakano, Y.; Mae, H.; Aikawa, Y.
A framework for measurement methods for railway noise
pp. 1901-1906(6)
Authors:
Dittrich, M.; Janssens, M.
Accuracy considerations on the meteorological correction for a normalized sound power level
pp. 1907-1912(6)
Author:
Hubner, G.
Noise transmission and nonlinear vibration of curved plates
pp. 1913-1919(7)
Authors:
Poon, W.Y.; Ng, C.F.
Nonlinear nondestructive evaluation technique in solid material
pp. 1920-1924(5)
Authors:
Jung, K.I.; Yoon, S.W.
Ground effects upon sound pressure levels on a board for wind turbine noise measurements
pp. 1925-1931(7)
Author:
Nii, Y.
New wind screen developed for unattended low frequency noise measurement
pp. 1932-1937(6)
Authors:
Fukushima, K.; Ochiai, H.; Makino, K.; Yokota, A.; Yamada, I.; Tsukioka, H.
Sound-based method of measurement for thickness of film
pp. 1938-1948(11)
Authors:
Ichimiya, R.; Sakamoto, S.; Tanaki, Y.
DSP application in the vehicle noise meter
pp. 1949-1954(6)
Authors:
Podgorski, A.; Barwicz, W.; Mosakowski, J.
Audibel-development of a world class production sound test process
pp. 1955-1961(7)
Authors:
Sutherland, M.; Gerold, M.; Copley, D.
Design of a sound level meter with GSM interface
pp. 1962-1965(4)
Authors:
Lopez, J.M.; Ruiz, M.; Recuero, M.; Arcas, G.
A new surround sound recording system developed by NRC
pp. 1966-1971(6)
Authors:
Wong, G.S.K.; Wu, L.; Leung, K.
Hand-arm vibration measurements by laser vibrometry and capacitive sensor matrices
pp. 1972-1977(6)
Authors:
Miccoli, G.; Deboli, R.; Di Giulo, G.; Mariani, J.; Paone, N.; Rossi, G.
Novel flow resistance measurement device using choked micro-orifices
pp. 1978-1982(5)
Author:
Patrick, W.
Development of a loud speaker type reference sound source
pp. 1983-1989(7)
Authors:
Takazawa, A.; Ohashi, M.; Suzuki, H.; Ono, T.; Tachibana, H.
Development of a measuring instrument for road surface absorption coefficients
pp. 1990-1994(5)
Authors:
Mikami, K.; Suzuki, H.; Ohkoshi, M.
Magnetic resonance imaging of elastic wave fields in condensed matter
pp. 1995-2001(7)
Authors:
Lewa, C.J.; Franconi, J.M.; Ruth, M.; De Certaines, J.D.
Using 'real' aircraft noise information to assist the noise sensitive individual
pp. 2002-2007(6)
Author:
Southgate, D.
How can we be smarter in aircraft noise quantification and management?
pp. 2008-2013(6)
Author:
Adams, K.
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