Abstract
The solution to problems of building thermal technology in the substructure of industrial buildings and ground connections is based on knowledge of the thermal regime of soil - sub base, one of the important components of soil climate. It is obvious that every correct thermo-technical calculation requires a precise specification of boundary conditions. Soil temperature is presented in our case as one of the boundary conditions of substructure details of analysed buildings.Most industrial hall type buildings are large. The accurate design of the substructure's construction is influenced by many entry parameters from the standpoint of structural analysis, building thermal technology, building hydro-insulation technology and anti-radon measures. By respecting these specific requirements of individual science disciplines, the symbiosis expressing the optimal solution in the theory of structural production of buildings is presented.
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