Utilization and transportation of hydrogen energy are considered an inevitable trend toward
achieving global zero CO 2 emission. It is predicted that the utilization and storage of natural …

Although the TM 3 Si silicides play an important role in transition metal silicides high-
temperature materials, the hydrogenated mechanism of the cubic TM 3 Si is entirely unclear …

Two quenched and tempered cost-saving marine steels with 1000 MPa yield strength were
charged with hydrogen by the electrochemical technique to evaluate the hydrogen …

Given the high strength of multiphase stainless steel, it is imperative to study its hydrogen
embrittlement behavior. However, the understanding of hydrogen-assisted crack initiation …

High-strength steels with yield strength of 960 MPa are susceptible to hydrogen-assisted
cracking (HAC) during welding processing. In the present paper, the implant test is used to …

Electrochemical corrosion, hydrogen permeation, and stress corrosion cracking (SCC)
behavior of E690 steel and the simulated heat-affected zone (HAZ) microstructures, ie …

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 …

It is often unavoidable that automotive steel sheet parts might undergo plastic deformation
during forming and service life. The present research explored the effect of pre-strain up to …

While the problem of the identification of mechanisms of hydrogen‐assisted damage has
and is being thoroughly studied, the quantitative analysis of such damage still lacks suitable …

High strength heavy plates with large thickness are demanded for the construction of large-
span bridge projects. However, there is a lack of understanding on the microstructure …