In this paper, hydrogen diffusion behavior in pipeline steel is thoroughly investigated. The
effect of various microstructural factors affecting hydrogen diffusion are discussed using …

An in-depth overview on an emerging area of the additive-manufacturing-enabled,
accelerated design of Ni-based alloys for improved high-cycle and very-high-cycle fatigue …

INTRODUCTION Metals are the material of choice for many structural applications because
they provide the best compromise between strength and ductility. For applications in which …

Dislocation configurational energy and stored energy densities are determined in discrete
dislocation and crystal plasticity modelling respectively and assessed with respect to …

The possibility of predicting the fatigue behavior of additively manufactured materials by
means of microstructure-and defect-sensitive models is discussed in this paper. The effects …

This review paper providing a comprehensive review of insights gained from cyclic loading
discrete dislocation dynamics simulations and micro-scale fatigue experiments on …

The effects of fatigue damage on the hydrogen embrittlement (HE) sensitivity of X80 steel
welded joints, obtained using flux-cored arc welding method, were investigated in the study …

The vast majority of our current knowledge regarding the basic mechanisms controlling
irradiation effect on mechanical properties is based almost entirely on the results of post …

The hydrogen embrittlement (HE) susceptibility and hydrogen permeation behavior of
reeling-pipeline welded joint with/without cyclic plastic deformation (CPD) were studied …

The formation of persistent slip bands (PSBs) at early stages of fatigue plays an important
role in fatigue damage. In order to get a better understanding of the physics involved at the …