Abstract
. In the construction industry, buildings that provide themselves with energy are increasingly appearing. The article discusses the formative capabilities of the kinematic system, presents lattices and the three-dimensional shapes obtained from them. Special attention is paid to the cylindrical surface, its geometric immutability is ensured by the rigidity of the contour and the spatial shape of the surface of the central part. The authors of the article proposed a public building based on a transformable frame – it is a quick-erect and lightweight spatial structure that will meet the three main requirements of modernity: energy conservation, eco-nomicity and environmental friendliness. Have created a three-dimensional model of the structure, viewed in two states: before construction (flat rectilinear lattice) and after construction. The selection of enclosing structures based on thermal engineering calculations was carried out, and solar panels are used as additional panels. The color scheme of the facades is proposed. The light openings are triangular in shape on the side facade and trapezoidal with triangular at the ends of the building. This solution is due to maintaining the rhythm of structures and sandwich panels. installation of additional internal supports. The absence of internal supports in the building provides freedom in planning issues. To generate an alternative type of energy and save money, solar panels are installed on the building so as not to violate the general concept of facades.
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