摘要：In this article, the approaches to the application of evaluation systems for green buildings to the processes of modeling and designing green infrastructure in the development of the management mechanism of the urban environment, the problems of using green roof technologies are reviewed. The implementation of new green roof and green wall systems requires the accumulation of parametric data for variability in the selection of rational decisions. This study presents new green roof and green wall technologies and describes the main device advantages compared to existing coverings. The study applied the methods of comparative analysis of various options for roofing systems, including landscaping, based on the principles of labor and time savings. The comparison is made of the various indicators of the labor intensity of the covering device, using methods of structural-functional modeling. On the graphical models the identification of the structural separate layers of the roof structure is shown, which clearly represents the variable model according to various indicators of labor intensity. This research presents the new green roof and green wall technologies for implementation in the coverings and describes the main device advantages compared to existing coverings, which designed for simple cost-effective installation and modern urban design flexibility.
其他摘要：In this article, the approaches to the application of evaluation systems for green buildings to the processes of modeling and designing green infrastructure in the development of the management mechanism of the urban environment, the problems of using green roof technologies are reviewed. The implementation of new green roof and green wall systems requires the accumulation of parametric data for variability in the selection of rational decisions. This study presents new green roof and green wall technologies and describes the main device advantages compared to existing coverings. The study applied the methods of comparative analysis of various options for roofing systems, including landscaping, based on the principles of labor and time savings. The comparison is made of the various indicators of the labor intensity of the covering device, using methods of structural-functional modeling. On the graphical models the identification of the structural separate layers of the roof structure is shown, which clearly represents the variable model according to various indicators of labor intensity. This research presents the new green roof and green wall technologies for implementation in the coverings and describes the main device advantages compared to existing coverings, which designed for simple cost-effective installation and modern urban design flexibility.
