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Features of information modeling at the stages of the life cycle of a high-rise building in the context of environmental protection
https://doi.org/10.24412/2409-4358-2023-4-213-218
Abstract
The volume of high-rise construction in Russia is increasing every year, projects are becoming more interesting from both an engineering and architectural point of view. At the same time, regulatory requirements for such buildings are becoming more stringent, and the socio-economic demands of society are becoming more complex. Environmental protection of such objects is one of the main conditions for maintaining a favorable environmental situation.
The subject of this study is the features of information modeling at the stages of the life cycle of a high-rise building when solving environmental protection problems.
The purpose of the work is to scientifically substantiate the applicability of information modeling technologies for sustainable development and to identify problems whose solution will ensure comprehensive and long-term environmental protection at all stages of the life cycle of a high-rise building.
This goal determined the need to solve the following problems: analysis of modern possibilities and limitations of the use of information technologies in construction, formation of proposals for the development of an environmentally friendly design system and solving problems related to the integration of Green BIM into information models.
About the Author
E. M. Kochenkova
National Research Moscow State University of Civil Engineering «NRU MGSU»; ATP TLP architects and engineers LLS
Russian Federation
Russian Federation
Elizaveta Mihailovna Kochenkova, postgraduate student, Team Engineer
Department of Thermal and Nuclear Power Plants Construction
129337
Highway Yaroslavskoe, 26
125040
Leningradskiy pr. 15, blg. 15
Central Federal district
Moscow
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Review
For citations:
Kochenkova E.M. Features of information modeling at the stages of the life cycle of a high-rise building in the context of environmental protection. New technologies in construction. 2023;(4):213-218. (In Russ.) https://doi.org/10.24412/2409-4358-2023-4-213-218
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