Damage during cycling loading of polycrystalline metallic alloys involves localized plastic
straining at the scale of individual grains. To better understand damage accumulation …

The microstructural configurations that favor early strain localization and fatigue crack
initiation at intermediate and high temperature (400° C–650° C) have been investigated …

The roles of grain boundary character and crystallographic texture on the intergranular
stress corrosion cracking (IGSCC) of API X-65 pipeline steel has been studied using …

Damage initiation during cycling loading of polycrystalline metallic alloys involves localized
damage at the scale of individual grains. To better understand damage processes and to …

In this paper a crystal plasticity-based crack nucleation model is developed for
polycrystalline microstructures undergoing cyclic dwell loading. The fatigue crack nucleation …

In polycrystalline metallic materials, quantitative and statistical assessment of the plasticity in
relation to the microstructure is necessary to understand the deformation processes during …

This paper develops a Bayesian inference-based probabilistic crack nucleation model for
the Ni-based superalloy René 88DT under fatigue loading. A data-driven, machine learning …

A complete understanding of 'cyclic plasticity induced transformation'of austenitic stainless
steels is documented in this article through different experiments, their critical analysis and …

This study investigates the fatigue behaviour of 316L stainless steel manufactured by laser
powder bed fusion. More specifically, the influence of the microstructure on fatigue is …

This study presents a unique methodology to systematically predict and evaluate the fatigue
behaviour of additively manufactured components. A multitude of factors influence the …