In this review article, microstructure and mechanical behavior of the dissimilar welded joint
(DWJ) between ferritic-martensitic steel and austenitic grade steel along with its application …

The creep-fatigue interactions on the long-term service damage of P92 welded joint were
investigated on the tensile and compressive holdings with a series of applied strains …

Using nanoindentation technology, the creep behavior of P92 steel welded joint that had
experienced creep-fatigue (CF) loading was studied at the nanoscale. In both as-welded …

The correlation between cyclic softening and microstructural evolution using the interrupted
low cycle fatigue (LCF) tests with a low strain amplitude of±0.2% at 650° C in a 10% Cr steel …

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 effect of temperature on tensile behavior, low cycle fatigue, and microstructure evolution
considering the damage mechanisms of Cr-based heat-resisting steel was investigated. The …

The hybrid stress–strain controlled creep-fatigue interaction (HCFI) loadings at various dwell
conditions were conducted on 9% Cr steel at 625° C to investigate the deformation and …

This work is devoted to the study of the influence of prior low cycle fatigue (LCF) on
microstructure evolution and subsequent creep behavior of P92 steel. Different strain …

Relying on nanoindentation technology, the effect of intergranular dislocation
accommodation on fracture behavior for the P92 steel that had experienced creep-fatigue …