Component failures due to the hydrogen embrittlement (HE) were observed in different
industrial systems, including high-pressure hydrogen storage tanks, aircraft components …

Many efforts have been made to understand the effects of hydrogen on steels, resulting in an
abundance of theoretical models and papers. However, a fully developed and practically …

Hydrogen embrittlement is a common, dangerous, and poorly understood cause of failure in
many metal alloys. In practice, it is observed that different types of damage to industrial …

The presence of hydrogen may weaken the bonding of iron atoms at grain boundaries,
leading to intergranular embrittlement and thus failure of the bulk material. In this paper, we …

The effect of electrochemical hydrogen charging on the mechanical properties and the
fracture mechanism of AISI430 ferritic stainless steel were studied by tensile test …

Electrochemical nanoindentation is used to study the in situ effect of electrochemically
charged hydrogen on the mechanical properties of austenitic stainless steel (ASS). In …

Commercial pure titanium and low carbon steel were explosive welded. The interfacial
structures were examined using a combined microstructural analysis and nanoindentation …

Laser welding is attractive for numerous applications requiring materials joining, due to its
low energy input. However, it is unknown how the laser welding process influences the …

Chemical trends for the solubility and diffusivity of hydrogen in austenitic high Mn steels
have been studied employing density-functional theory. Considering the dilute limit of …

316L stainless steel is a promising material candidate for a hydrogen containment system.
However, when in contact with hydrogen, the material could be degraded by hydrogen …