A damage-coupled unified constitutive model is developed for 316LN stainless steel based
on the framework of the Abdel-Karim and Ohno model. In the modified model, a kinematic …

In this work, three dual-scale modelling approaches containing sub-modelling approach,
coupled modelling approach and full-field crystal plasticity finite element (CPFE) approach …

This paper develops a robust creep-fatigue interaction (CFI) life prediction model which is
superior to the existing methods. Specifically, the newly proposed creep damage …

This work provides a numerical framework for the accurate prediction of operational life of
metallic components exhibiting a non-classical creep behavior under constant loadings and …

The closed-form solution for Prandtl model implemented into the finite element method is
presented which enables elasto-viscoplastic simulations of engineering materials. A …

This work provides a post‐processing procedure to predict the high‐and low‐cycle fatigue
life of welded structures. The post‐processor calculates the equivalent structural strain …

In this paper, the creep‐fatigue responses of the nickel‐based superalloy Inconel 718 have
been investigated by conducting hybrid stress–strain‐controlled creep‐fatigue interaction …

A phenomenological model is proposed to predict both monotonic and cyclic softening in
Inconel 718 superalloy at 650° C. Contrary to the current cyclic softening models consisting …

Abstract 316FR-type low carbon stainless steel is usually used for many advanced gas
cooled reactor (AGR) power plants which are subjected to operating temperatures in the …

A comprehensive investigation was conducted on the stress-strain responses and
microstructural evolutions of 9Cr3Co3WCu martensitic steel at 650℃ subjected to low cycle …