High-temperature low-cycle fatigue (HTLCF) behaviour of 2.25 CrMoV and 316L were
investigated by employing internal stress. Results reveal that 2.25 CrMoV and 316L show …

Creep fracture behaviour of tempered martensitic steels is generally governed by the
process of cavity nucleation, growth and coalescence into microcracks. Therefore, creep …

In contrast to conventional strain-controlled creep-fatigue interaction (CCFI) loadings, a
novel hybrid stress-and strain-controlled creep-fatigue interaction (HCFI) loadings were …

AISI 321 steels used as heat exchange tube are generally subjected to creep-fatigue
exposure during service. Assessing their remnant properties is therefore required to ensure …

High-temperature components utilised in practical service are often subjected to multiaxial
non-proportional loading due to their complex geometry. In the present study, a set of strain …

In this paper, the creep fatigue test at 550–650° C of P92 steel is carried out, which not only
reveals the damage evolution mechanism, but also analyzed the creep fatigue behaviors …

The degradation of tensile and creep properties is inevitable during high temperature
service operation. Hence this work aims to evaluate the effect of prior creep-fatigue …

The alteration of material tensile properties is inevitable after material subjects to irreversible
damage. This paper is devoted to quantify the influence of pre-fatigue damage on the …

Combined tensile and bending fatigue (CTBF) behavior and failure mechanism of a blade-
like specimen, made of a Ni-based alloy DZ125, are experimentally investigated. In order to …

A numerical process based on crystal plasticity finite element method was implemented to
describe the cyclic stress–strain response and especially the creep deformation of 9% Cr …