2014
DOI: 10.7307/ptt.v26i2.1331
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Urban Noise Modelling in Boka Kotorska Bay

Abstract: Traffic is the most significant noise source in urban areas. The village of Kamenari in Boka Kotorska

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Cited by 2 publications
(2 citation statements)
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“…Strategic planning of the future investments should follow the global and environmental transport trends of the modality change from road to alternative forms of transport, which contribute to lowering the overall external costs. The previous studies on the similar research subject were published by Nikolić and Nikolić [25] and Nikolić et al [26], calculating the noise level of the village Kamenari as well as the noise risk to seafarers on one ferry operating on the Kamenari-Lepetane route. There is another study by Nikolić et al [27], where authors calculated the exhaust emissions quantities from cruise vessels in the Bay of Kotor.…”
Section: Problem and Research Subject Descriptionmentioning
confidence: 94%
“…Strategic planning of the future investments should follow the global and environmental transport trends of the modality change from road to alternative forms of transport, which contribute to lowering the overall external costs. The previous studies on the similar research subject were published by Nikolić and Nikolić [25] and Nikolić et al [26], calculating the noise level of the village Kamenari as well as the noise risk to seafarers on one ferry operating on the Kamenari-Lepetane route. There is another study by Nikolić et al [27], where authors calculated the exhaust emissions quantities from cruise vessels in the Bay of Kotor.…”
Section: Problem and Research Subject Descriptionmentioning
confidence: 94%
“…This kind of connectivity index (valence-connectivity index,   ) is defined as: Valence delta values are available for many kind of atom. The connectivity index can be generalized to include also the weighted paths pe of length l, not only the weight edges (weighted path pl of length one): [13,14] 1 Shape index: Shape index quantifying the shape of a chemical sample [15] .The shape index of order 1 (Kappa 1) quantifies the number of cycles in the chemical sample.…”
Section: Methodsmentioning
confidence: 99%