建筑热防护法规的演变

L. Ivanova
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引用次数: 0

摘要

本文对建筑热工程领域的规范性文件进行了研究,并对建筑热防护法规的制定进行了探讨。研究的对象是建筑热工程领域的标准文件。通过确定标准文件内容的质的变化,对建筑物热防护规范和要求进行了回顾性分析。本研究采用了建筑法规、规范、联邦法律和政府法令作为此类规范性文件。本文考虑了影响这些变化的文件。对以往建筑热工程领域的规范要求进行了系统整理。根据确定围护结构传热阻力的公式的变化,并根据该地区的气候特征,引入供热期的几日特征,确定了建筑热保护规范形成的六个阶段。确定了建筑热防护标准的发展趋势。主要目标是减少加热和通风的热能消耗的特定特性,这需要改变热保护要求,特别是增加所需的传热阻力,这可以有助于更新现有的建筑物热保护规则集。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Evolution of regulations for thermal protection of buildings
The article is devoted to the study of regulatory documents in the field of thermal engineering in construction and the development of regulations for thermal protection of buildings. The object of the research is the standard documentation in the field of thermal engineering in construction. A retrospective analysis of the norms and requirements for thermal protection of buildings was carried out by identifying qualitative changes in the content of standard documentation. Building codes and regulations, Code specification, Federal laws and Government decrees have been adopted as such regulatory documents for this study. The documents that influenced these changes are considered. The normative requirements of the past years in the field of building heat engineering have been systematized. Six stages of the formation of norms for the thermal protection of buildings are determined, based on changes in the formulas for determining the resistance to heat transfer of enclosing structures and the introduction of the characteristic of the degree-day of the heating period, depending on the climatic features of the region. Trends in the development of standards for thermal protection of buildings have been determined. The main goal is to reduce the specific characteristic of heat energy consumption for heating and ventilation, which requires a change in the requirements for thermal protection, in particular, an increase in the required resistance to heat transfer, which can contribute to updating the existing set of rules for thermal protection of buildings.
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