Thermoelasticity of stochastic composites with multidirectional reinforce ment

Abstract

Subject of inquiry: composite materials of multidirectional reinforcement. The aim of the work is to develop a method and an algorithm for the designing of thermal-stress and thermophysical constants of composite materials with mulidirectional reinforcement. Sets of equations have been obtained for medium stress and deformation determination in components of materials with spatial reinforcement. A method for efficient properties designing has been developed accounting for commensurability of fibre diameters and layers thickness. Procedures and algorithms have been worked out for designing efficient thermoelastic and thermophysical characteristics of composite materials with multidirectional reinforcement which have been realized in computer application packages. The worked out procedures allow to determine efficient constants of thermal conductance and thermoelasticity of composite materials with multidirectional reinforcementAvailable from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Federatio