Experimental-computational methods for determination of the stress-strain state of structural components

Results of scientific achievements in the development of experimental and computational methods for study of stress-loading parameters of structural components are reported. Special attention is paid to theoretical and long-term developments based on the methods of inverse problems of experimental mechanics. The paper provides examples of solutions of transient thermal conductivity problems with a limited amount of experimental data on determination of high-gradient inhomogeneous residual stress fields and flaw detection in structural components.