Numerical Simulation for Time Dependent Materials

Abstract

Time related materials have the advantages of high strength and easy processing. As structural materials, they are more and more widely used in chemical industry, machinery, aerospace, architecture and marine development and other industrial fields. The static and dynamic analysis of these materials and structures under various loading and service conditions has become an important research content in the field of mechanics. Based on the traditional method, this paper presents a simulation technique suitable for solving time-dependent material and structure problems, and gives the treatment method of boundary conditions.