INCREASING THE ENERGY EFFICIENCY OF RESIDENTIAL BUILDINGS' EXTERIOR WALLS MADE OF GASO-CONCRETE BLOCKS.
Abstract
This article presents the results of theoretical and practical studies conducted on a sample of external walls made of aerated concrete blocks in order to improve the operational characteristics and energy efficiency of external walls of residential buildings made of aerated concrete blocks. As a result of the studies, the total heat transfer resistance of the sample of external walls of residential buildings made of thermally improved aerated concrete blocks, the coefficient of thermal conductivity of wall layers, the heat flow passing through the wall, the temperature in the wall layers and the heat resistance of the wall for the summer season were determined. The conducted theoretical thermal-physical studies were compared with practical studies conducted on the wall model, and recommendations were developed to increase the thermal protection of external walls of buildings being built based on modern projects.
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