ON THE QUESTION OF THE FORMATION METHODOLOGY OF FLEXIBLE BUILDING MATERIAL

Abstract

The need to restore the infrastructure of cities and condominiums requires a new look at the planning of new construction and the reconstruction of the old housing stock. In this connection, there is a need to develop new materials with new thermal engineering capabilities. The main criteria are compactness, looseness, thermal resistance, the possibility of prompt production of building material on the construction site. Standard research methods allow for basic searches, but the presence of thermal cabinets with programmable electronics will speed up scientific research on strength determination. In the case of the presence of technology parks and industrial facilities, there is an opportunity to attract secondary production waste to improve the physical and chemical properties of building materials. The addition of microsilica and kaolin can significantly improve the chemical formula of the material. Of course, what is needed is the issue of finalizing the compositionally fractional composition of the product, and now the issue of reducing the cost of the product and the possibility of large-unit assembly of structures in conditions of military aggression.

The application of thermal engineering calculations for individual structures allows to select and analyze optimal options for thermal modernization. Houses of 1990-2000 years are more attractive in terms of thermal stability. A step-by-step analysis of ways to save energy and subsequent calculations allows you to choose the best heat engineering solutions. The optimization factor is the payback of construction projects and the possibility of implementing grant funds for the implementation of thermal modernization. Outdated building enclosing elements of condominiums need updating, and visualization and modeling of new building structures and materials is emerging.