The object of this paper is to develop numerical procedures for creep-fatigue-oxidation life
prediction and damage assessments based on engineering damage approach, in response …

Materials with high creep resistance are required for next-generation fossil and nuclear
power plants. In this study, the effect of aging on the creep resistance of a Fe–Cr–Ni medium …

In this study, both the digital image correlation (DIC) and depth-sensing indentation (DSI)
measurements were performed to investigate the non-uniform local mechanical behaviors of …

In the present work, a numerical simulation based on the crystal plasticity finite element
(CPFE) method is conducted to capture the different mechanical responses and damage in …

To ensure the structural integrity of components manufactured by laser powder bed fusion
method at extreme service condition, the creep-fatigue interaction (CFI) properties of PBF …

Abstract The T92/HR3C dissimilar metal weld joints were fabricated by manual tungsten
inert gas (TIG) welding with Inconel 82 as the filler metal. After fatigue tests at 640° C, it was …

The mechanism for creep rupture of 12% Cr/alloy 4715 welded joints was investigated by
employing traditional uniaxial tensile creep in this study. The creep tests were maintained at …

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

In this paper, an experimental program on cyclic loading of austenitic stainless steel
specimens is presented. The program encompasses a series of forty specimens subjected …

Thermomechanical fatigue (TMF) is a critical failure mode in high-temperature components,
as it not only accelerates microstructural degradation but also significantly impacts the …