Multi-principal element alloys exhibit excellent physical, chemical and mechanical
properties, and they are used as novel structural materials for potential applications in …

Herein, hydrogen uptake and diffusivity in X65 pipeline steel were investigated using the
permeation technique under different hydrogen charging conditions. Hydrogen charging …

The focus of this study is to analyze hydrogen embrittlement susceptibility of a modified AISI
4130 steel by means of incremental step loading tests. Three different microstructures with a …

White etching areas (WEAs) are premature failure witnessed in wind turbine gearbox
bearings, due to which it fails within 10% of design life causing huge economic losses …

Repurposing existing natural gas pipelines for hydrogen transport has attracted wide
interests. However, the corrosion defect present on these aged pipelines can affect …

Hydrogen diffusivity can play a crucial role in hydrogen-assisted degradation of steels.
Herein, we investigate the hydrogen diffusion behavior in two X65 pipeline steels using …

This study describes a novel approach for determining the electrochemical charging
conditions corresponding to the hydrogen gas pressures associated with transportation of …

Abstract FESTIM (Finite Element Simulation of Tritium In Materials), is a versatile open-
source finite element code developed in Python for simulating hydrogen transport in …

Because of increasing demands on hydrogen storage for green energy systems, the applied
materials have to withstand severe conditions in terms of hydrogen partial pressure and …

High-strength steel parts are electroplated with corrosion-resistant coatings and then
subjected to hydrogen removal annealing to prevent hydrogen embrittlement. This approach …