DETERMINATION OF INDUSTRIAL WASTE-BASED PROPERTIES OF STRUCTURAL HEAT PROTECTION AERATED CONCRETE BETON

Abstract

This article presents the results of experimental studies that describe the parameters and properties of the porous structure of aerated concrete based on industrial waste. The structurally optimal parameters reflecting the physical, mechanical, and thermal properties of the foam concrete exterior wall structures have been determined. The test results were carried out in research laboratories using gas-block structures with high porosity and optimal composition, and an improved technology of autoclave aerated concrete was proposed.