Strains and Stresses in Variable-Thickness Claddings from a Shape-Memory Alloy

摘要

Results of numerical simulation of the stress-strain state in a cylindrical cladding with variable thickness of the wall from a shape-memory alloy are presented. The computational procedure is based on the finite element method in combination with the structural-analytical theory of strength. The stress-strain state of the cladding due to different variants of temperature and force impact is studied.