Determination of Optimal Heat-Storage Thickness of Layer for "Smart Wall" by Methods of Nonlinear Heat Conduction Equations for Phase-transition Materials

[摘要] The article suggests an original way of keeping heat load and its compensation for a microclimate system by proposing the "Smart Wall". The construction consists of specially combined composite materials including phase-transition materials. The method for determination of the layer thickness is proposed for a certain accumulation time. Varying the thickness and composition of the layer it is possible to achieve a low amount of the thermal conductivity coefficient and to obtain various functional characteristics of fences.

[发布机构] Building and Architecture Institute, Irkutsk National Research Technical University, Lermontov str., 83, Irkutsk; 664074, Russia^1

[学科分类] 土木及结构工程学

[关键词] Accumulation time;Functional characteristics;Layer thickness;Nonlinear heat-conduction equation;Thermal conductivity coefficient;Transition materials