Cyclic loading of three-layer beam in a temperature field
The deformation of three-layer elastoplastic beam under the cyclic loading in a temperature ﬁeld is considered. For the description of kinematics of asymmetrical on the package thickness beam the hypotheses of broken normal are accepted. The method of solving the corresponding boundary-value problems is given. The analytical solutions of thermoelasticity and thermo-elasto-plasticity problems under the direct and reverse loading are received. The numeric analysis is conducted.