Abstract
Investigations were carried out into the stress-strain state of shells of revolution in a complex nonisothermal loading process on the basis of the structural model of a cyclicly unstable material. The results show that the use of this model of the material in the calculations of the shells of revolution in the nonisothermal multiparametric loading processes make it possible to greatly improve the accuracy of the results obtained on the basis of simpler plasticity theories, i.e., the theory of simple loading processes and the theory of processes of loading with a small curvature.
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