The study of steels which guarantee safety and reliability throughout their service life in
hydrogen-rich environments has increased considerably in recent years. Their mechanical …

The design of an electrochemical permeation device on a tensile machine has allowed to
control the hydrogen flux and to isolate the effects of trapped and mobile hydrogen on the …

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 …

The effect of undissolved and temper-induced (Ti, Mo) C precipitates on hydrogen
embrittlement of quenched and tempered Cr-Mo steel is investigated by thermal desorption …

A two-fold approach is considered to study hydrogen (H) diffusion characteristics in
martensitic steels. Initially, a multi-trap stress coupled H diffusion finite element model was …

The influence of hydrogen on the mechanical behavior of a quenched and tempered
42CrMo4 steel has been evaluated by means of high internal pressure fracture tests carried …

Transition metal carbides with NaCl-structure have long been in focus for the design of
hydrogen embrittlement (HE) resistant high strength steels. While previous studies …

Electrochemical permeation cell built on a Instron tensile testing machine allows fracturing
notched specimens under hydrogen flux while monitoring simultaneously the flow stress and …

Transitioning from carcinogenic cadmium (Cd) to zinc‑nickel (Zn‑Ni) coating in aircraft
components to prevent corrosion poses a challenge of hydrogen embrittlement (HE) of the …

Hydrogen embrittlement (HE) and hydrogen diffusion in medium‑carbon high-strength steel
tempered at various temperatures were investigated by in situ slow strain rate testing and …