Development of Automated Technology of Calculation of Effective Elastic Characteristics of Composites by Method of Asymptotic Averaging

Results of development of automated technology of calculation of effective elastic characteristics are presented for composite materials with different reinforcement structures: with spatial reinforcement along three orthogonal directions, four-directional reinforcement along the cube diagonals and fabric reinforcement. The calculation has been performed on the basis of the finite element method applied for solving the so-called local problems Жpq, which arise when the asymptotic averaging method of Bakhvalov-Pobedrya is used. Results of development of the program complex for calculations of effective elastic characteristics of composites are given as well as some specific results of its application for the above types of reinforcement structures.