INVESTIGATION OF THE EFFECT OF THE INTRODUCTION OF «GREEN» ROOFS USING SIMULATION CALCULATIONS ON THE EXAMPLE OF THE CITY OF TULA

A. Lapin, E. Sysoeva
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Abstract

Environmental issues in large, including industrial cities of Russia, are acute, since the execution of production processes and simultaneous control over the well-being of the environment is a complex multifactorial aspect that requires careful study and elaboration. In addition, there is a sharp shortage of public green spaces in many territories, which are regulated by legislation and are designed to increase the environmental comfort of citizens. In densely populated cities, the issue of providing residents with green spaces is accompanied by a lack of free space, «green roofs» are able to solve this problem without taking up additional space in the city, compactly placed on the roofs of existing buildings, while increasing the commercial attractiveness of objects and preserving the enclosing multilayer coating system. The article considers a brief historical background of the development of the technology of «green» roofs in the world and in Russia, provides examples of modern buildings and structures actively using this technology, explains the general structure of the modern «green» roof in the context of the current regulatory documentation. The collection and analysis of data on the example of the Tula region concerning demographic, social and environmental indicators for correlation calculation was carried out. Graphs and polynomial trend lines of various environmental factors are constructed, determination coefficients and functions of trend lines are determined. A correlation matrix is compiled, conclusions are drawn about the possible improvement of the ecology of the urban architectural environment. A regression analysis was performed with statistical results entered into a tabular form. Based on the function obtained as a result of regression analysis, simulation modeling of the population was carried out, taking into account the increase in the area of green spaces of general use
以图拉市为例,用模拟计算方法研究引入“绿色”屋顶的效果
包括俄罗斯工业城市在内的大型城市的环境问题十分严重,因为生产过程的执行和对环境福祉的同时控制是一个复杂的多因素方面,需要仔细研究和阐述。此外,许多地区的公共绿色空间严重短缺,这些空间是由立法规定的,旨在提高公民的环境舒适度。在人口密集的城市中,为居民提供绿色空间的问题伴随着自由空间的缺乏,“绿色屋顶”能够在不占用城市额外空间的情况下解决这个问题,紧凑地放置在现有建筑物的屋顶上,同时增加物体的商业吸引力并保留封闭的多层涂层系统。本文简要介绍了世界和俄罗斯“绿色”屋顶技术发展的历史背景,提供了积极使用该技术的现代建筑和结构的例子,并在当前监管文件的背景下解释了现代“绿色”屋顶的一般结构。以图拉地区为例,对人口、社会和环境指标进行了数据收集和分析,进行了相关计算。构造了各种环境因子的图和多项式趋势线,确定了趋势线的确定系数和函数。编制了相关矩阵,得出了城市建筑环境生态改善的可能结论。进行回归分析,统计结果进入表格形式。基于回归分析得到的函数,考虑到一般用途绿地面积的增加,对人口进行模拟建模
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