This article is concerned with a review of the literature on shakedown problems of complex
structures according to various hardening rules. Although many hardening rules have been …

In order to obtain better hydrogenation reaction efficiency, the prospective hydrogenation
reactor faces harsh working conditions, including the high-stress level, high-temperature …

The efficient and accurate prediction of creep rupture limit poses a huge challenge for high-
temperature engineering such as aerospace, nuclear and chemical industries. It is important …

On the basis of the previously proposed Linear Matching Method (LMM), a new LMM model
and its corresponding numerical procedure are developed in this paper to allow for the …

This paper presents the study of creep-fatigue interaction damage and creep rupture limit for
9–12% Cr steam turbine rotor under coupled cyclic thermal-mechanical loadings that alter in …

For pressure equipment in the industrial field, the shakedown design methods presented in
the ASME and other international design codes are mainly based on the Bree problem. The …

The accurate assessment of creep–fatigue interaction is an important issue for industrial
components operating with large cyclic thermal and mechanical loads. An extensive review …

Design and life assessment procedures for high temperatures are based on 'expert
knowledge'in structural mechanics and materials science, combined with simplified methods …

To address the computational difficulties of the elastic compensation method (ECM) for
complex structures such as nozzle-to-cylinder junctions, this paper develops a modified …

Raising the operating temperature to increase electricity production in the nuclear power
industry is a practical solution in the aspect of efficiency and emissions reduction. However …