Abstract

This paper deals with the modelling of the inelastic thermomechanical behavior of micro in-homogeneous materials within the framework of the classical uncoupled thermoelasto-plasticity without damage. At first, the local behavior of material is presented, followed by the global or overall description. A general approach to the determination of concentration tensors from the integral equation is proposed and next specialized for the case of the self-consistent scheme. A few applications are presented concerning elasticity (evaluation of the overall elasticity tensor), thermoelasticity (local stresses, thermal expansion coefficients,...) and elastoplasticity (stress-strain curves, residual stresses...).

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