Determination of limits for acoustical pollution from main roads at the stage of urban area zoning

Автор(и)

DOI:

https://doi.org/10.26884/1707.1802

Ключові слова:

noise propagation paths, limiting acoustic discomfort characteristics, isodecibels

Анотація

The intensive automobilization of cities in-volves some problems relating to traffic ar-rangement, and as a result, requires to extend the transportation corridors of main trunk road networks, increase traffic capacity, and develop models of transportation flows in the conditions of existing urban development. In such condi-tions, environmental pressures on urban areas increase. The impact of technogenic factors on the areas also increases, and as a result, the concentration of environmental pressures en-hances. The desire to increase the traffic capac-ity and city building density can induce ecolog-ical instability of some urban areas. At the pre-sent time, there are normative documents that regulate the conditions for development and planning of urban areas. The functionality of urban areas and envi-ronmental pressures on the areas and their lim-its must be clearly determined at the stages of developing the general plans and detailed plans of the urban area development. In the conditions of decentralization and formation of territorial communities, which are entitled to independently deal with their finan-cial problems and form social living environ-ment, it is required to use comprehensive pro-fessional methods for designing strategic pro-grams for the development of cities and settle-ments. At the present time, city planning specialists are capable of taking into account various fac-tors relevant to the development and planning of urban areas with consideration for future environmental pressures and their limits. Due to this, it will be possible to save financial costs when carrying out actions required for decreasing the techno-genic impact on the ecology and living environment, and planning the perspectives of regional de-velopment. For this reason, the analysis of environmen-tal pressures from the city main roads network is relevant for any city. This paper contains the calculated data on the results of analysis of the city main roads characterized by different planning concepts. These data are required for determining the corresponding planning actions.

Біографії авторів

Oleksiy Priymachenko, Kyiv National University of Construction and Architecture

Доцент

Тetiana Shilova, Kyiv National University of Construction and Architecture

Доцент

Посилання

State Construction Norm 360-92. City and City Planning. Planning and Development of Urban and Rural Settlements. Kyiv, Derzhbud Ukrainy, 113 (in Ukrainian).

General Planning Scheme of Kyiv for the period through to 2020, 2001. Main Princi-ples, 69 (in Ukrainian).

Solukha B.V., Fuks H.B., 2003. Urban Ecology. Kyiv, KNUCA, 337 (in Ukraini-an).

Furmanenko O.S., 1991, City and Country Cleaning and Refuse Disposal. Kyiv, Budivelnyk, 144 (in Ukrainian).

Astern M.M., Solukha B.V., Shilova T.O., 2010. Environmental Evaluation of City Main Road Crossings on Different Levels. Kyiv, KNUCA, 108 (in Ukrainian).

Ustynova I.I., 2016. Methodological Framework of Sustainable Development of Environmental City Planning Systems. Synopsis of a thesis, Kyiv, KNUCA, 46 (in Ukrainian).

Solukha I.B., 2016. Methods of Urban En-vironmental Evaluation of Traffic Planning Hubs in Trunk Road Networks of Large Cities. Synopsis of a thesis, Kyiv, KNUCA, 22 (in Ukrainian).

Igor Solukha, 2015. The influence of longi-tudinal slope of main road carriage-way on the mass emission from road transport in the atmospheric air, MOTROL, Vol.17, No.8, 45-51.

Annual Abstract of Statistics of Kyiv city, 2011. State Statistics Service of Ukraine, 467 (in Ukrainian).

Annual Abstract of Statistics of Kyiv city, 2015. State Statistics Service of Ukraine, 434 (in Ukrainian).

Osytnianko A.P., 2005. Kyiv Development Planning. KNUCA, 385 (in Ukrainian).

Priymachenko O.V., 2014. Determining the Planning Measures for Noise Reduction in the Areas Surrounding Main Roads. City and Land-Use Planning: Collection of sci-entific and technical articles. Kyiv, KNUCA, Issue 51, 469-474 (in Ukrainian).

Priymachenko O.V., 2014. Analysis of Models of Noise Propagation in Space. City and Land-Use Planning: Collection of sci-entific and technical articles. Kyiv, KNUCA, Issue 53, 435-439 (in Ukrainian).

Igor Solukha, 2015. Intersectional junc-tions of the main roads in city SRN System (on the basis of Kyiv SRN system). MOTROL, Vol.17, No.8, 53-59.

Ivanov V.N., Storchevus V.K., 1990, Ecology and Automobilization. Kyiv, Budivelnyk, 129 (in Russian).

State Construction Norm В.2.3-5-2001. Streets and Roads of Urban and Rural Set-tlements. Kyiv, 50 (in Ukrainian).

State Sanitary Rule 173-96, 1996. State Sanitary Rules of Planning and Develop-ment of Settlements. Kyiv, Ministry of Healthcare of Ukraine, 84 (in Ukrainian).

Guidelines on Development of the Chapter of Environmental Protection, 1989. Project to Construction Norms and Regulations, 1.02.01-85, 1989. Moscow, TSNII Proekt Gosstroya SSSR, 187 (in Russian).

State Construction Norm А.2.2.1-2003, 2003. Composition and Content of the Ma-terials of Evaluation of Environmental Pressures (EEP) in Designing and Building Enterprises, Houses and Constructions. Main Principles of Design. Kyiv, Derzhbud Ukrainy, 19 (in Ukrainian).

State Construction Norm В.1.1-31:2013, 2013. Protection of Territories, Houses and Constructions from Noise. Kyiv, Minrehion Ukrainy, 75 (in Ukrainian).

State Standard of Ukraine DSTU-Н Б В.1.1-33:2013, 2013. Directive on Engi-neering and Design of Noise Protection of Residential Areas. Kyiv, Minrehion Ukrainy, 42 (in Ukrainian).

Ustynova I., 2015. Theoretical principles of wave urbanistics. Underwater Technolo-gies, Vol.01, 33-42.

Shilova Т.О., 2005. Analysis of acoustic conditions in Kyiv. City and Land-Use Planning: Collection of scientific and tech-nical articles. Kyiv, KNUCA, Issue 20, 392-396 (in Ukrainian).

Bystriakov I.K., Shilova T.A., 1991. Esti-mation of paths of transport noise propaga-tion when designing territorial integrated nature preservation systems. Abstracts of the reports of the All-Union Scientific and Technical Conference "Improvement of City Acoustical Environment: Development and Construction Methods". Sevastopol, 22-24 (in Russian).

Priymachenko O.V., 2017. Model for ef-fectiveness evaluation of planning measures for protection of areas surround-ing main roads from the influence of envi-ronmental pressures on the Kyiv main road network. Underwater Technologies, Vol. 05, 67-73.

Osypova H.L., 1993. Noise protection in city planning. Designer Handbook. Stroyiz-dat, 96 (in Russian).

Samoiliuk E.P., Denysenko V.I., Pylypen-ko A.P., 1981. Noise control in population aggregates. Kyiv, Budivelnyk, 144 (in Ukrainian).

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Опубліковано

2017-10-30

Як цитувати

Priymachenko, O., & Shilova Т. (2017). Determination of limits for acoustical pollution from main roads at the stage of urban area zoning. Pidvodni Tehnologii, (7), С.49–56. https://doi.org/10.26884/1707.1802

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