Seismic Insulation and Vibroinsulation Method, Based on the Properties of Fourier Images of Finite Functions

Abstract

A method of seismic isolation and vibration isolation based on the properties of Fourier transforms of finite functions is proposed. Models have been developed to determine the dynamic properties of granular materials from household polymer waste from worn tires. In the future, polymeric household materials may become an inexhaustible source for obtaining material with seismic and vibration isolating properties. The development of methods for the use of polymeric household waste for seismic isolation and vibration isolation will solve two problems facing the world's population: protect against environmental pollution and ensure earthquake resistance of structures.