Urban Noise Modelling in Boka Kotorska Bay

Aleksandar Nikolić, Danilo Nikolić, Emilija Nikolić, Vesna Vujačić


Traffic is the most significant noise source in urban areas. The village of Kamenari in Boka Kotorska Bay is a site where, in a relatively small area, road traffic and sea (ferry) traffic take place at the same time. Due to the specificity of the location, i.e. very rare synergy of sound effects of road and sea traffic in the urban area, as well as the expressed need for assessment of noise level in a simple and quick way, a research was conducted, using empirical methods and statistical analysis methods, which led to the creation of acoustic model for the assessment of equivalent noise level (Leq). The developed model for noise assessment in the Village of Kamenari in Boka Kotorska Bay quite realistically provides data on possible noise levels at the observed site, with very little deviations in relation to empirically obtained values.


community noise; acoustic modelling; traffic; environment pollution;

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Stansfeld S, Matheson M. Noise pollution: non-auditory effect on health. British Medical Bulletin. 2003;68(1):243-257.

Đorđević D, Dabović T. Great dilemas of spatial plannings. Geographical Institute “Jovan Cvijić“. Colletion of papers. 2007;(57):55-60.

Yeow KW, Popplewell N, MacKay JFW. Method of predicting Leq created by urban Trafic. Journal of Sound and Vibration. 1977;53(1):103-109.

Delany ME, Harland DG, Hood RA, Scholes WE. The prediction of noise levels L10 due to road traffic. Journal of Sound and Vibration. 1976;48(3):305–325.

Stephenson RJ, Vulkan GH. Traffic noise. Journal of Sound and Vibration. 1968;7(2):247-262.

Steele C. A Critical review of some traffic noise prediction models. Applied Acoustics. 2001;62(3):271-287.

Lewis PT. The noise generated by single vehicles in freely flowing traffic. Journal of Sound and Vibration. 1973;30(2):191–206.

De Vos P, Beuving M, Verheijen E. Deliverable 4 of the HARMONOISE project. Final Technical Report; 2005.

Janczur R, Walerian E, Czechowicz M. Sound levels forecasting for city-centres Part IV. Vehicles stream parameters influence on sound level distribution within a canyon street. Applied Acoustics. 2001;62(6):645–664.

Canelli GB, Glück K, Santoboni S. A mathematical model for evaluation and prediction of mean energy level of traffic noise in Italian towns. Acustica. 1983;53(1):31-36.

Cocchi A, Farina A, Lopes G. Modelli matematici per la previsione del rumore stradale: verifica ed affinazione del modello CNR in base arilievi sperimentali nella città di Bologna. Acta of 19° Convegno Nazionale AIA; 1991.

Cvetković D, Praščević M, Stojanović V. Naiss – model for traffic noise prediction. Working and living environmental protection. 1997;1(2):73-81.

Nihon KK. Guide to ship noise control. Tokyo: Nippon Kaiji Kyokai; 1986.

IMO Resolution A.468 (XII). Code on noise levels on board ships; 1981.

Attenborough K, Taherzadeh S, Bass HE, Di X, Raspet R, Becker GR, et al. Benchmark cases for outdoor sound propagation. Journal of the Acoustic Society of America. 1995;97(1):173-191.

Attenborough K, Ming LK, Horoshenkov K. Predicting Outdoor Sound. London: Taylor&Francis; 2006.

International standard ISO 1996-2. Determination of environmental noise levels; 2007.

http://en.wikipedia.org/wiki/Beaufort scale


De Ruiter EPhJ. Urban traffic noise impact zones as brown field. Sustainable Development and Planning, 2005;2:951-958.

Praščević M, Cvetković D. Noise in the environment, Niš: Faculty of Occupational Safety; 2005.

George A, Seber F, Wild CJ. Nonlinear regression. New Jersey: John Wiley & Sons; 2003.

DOI: http://dx.doi.org/10.7307/ptt.v26i2.1331


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