To Assess the Influence of Temperature for Deformation of a Circular Cylindrical Shells Considering Two Types of Anisotropy

This article studies the cylindrical shell that is the object of design in various industrial complexes. Attention is paid to the features of shells made of materials with structural and deformation anisotropy. The study examines the impact of structural orthotropy on the state of the shell during internal pressure loading. The effect of temperature on the shell is also considered, although the fields of temperature and mechanical stress can be considered independently of each other. Traditional models of thermomechanical loading turn out to be unreliable in the case of deformation anisotropy of materials, therefore, the technique of tensor space of normalized stresses is used in this work. The results of the study are presented in the form of differential equations and partial solutions that describe the characteristics of the shell state under loading.