Hydrogen embrittlement (HE) is a widely known phenomenon in high strength materials. HE
is responsible for subcritical crack growth in material, fracture initiation and catastrophic …

The effect of hydrogen in AHSS material (automobile and structural component) was
discussed. Dual Phase steels were highly susceptible to hydrogen-related failure when …

The antagonism between strength and resistance to hydrogen embrittlement in metallic
materials is an intrinsic obstacle to the design of lightweight yet reliable structural …

The precipitation of niobium carbide (NbC) is a superior approach to mitigating hydrogen
embrittlement (HE). The role of the semi-coherent interface between NbC and α-Fe on …

Hydrogen embrittlement is increasingly important in advanced high strength steels (AHHS)
as strength levels increase well above 1000 MPa. This work developed a detailed …

The hydrogen trapping ability of 15 Fe-CX alloys is compared in this work. Five types of
carbides, ie Ti, Cr, Mo, W and V based carbides, and their effect on the hydrogen …

The effect of dispersed nanosized spherical NbC precipitates (∼ 10 nm) on the hydrogen
embrittlement (HE) of martensitic steel was investigated by slow strain rate tests, hydrogen …

The recently emerged multicomponent (or medium/high entropy) alloys have generated
considerable excitement globally in the last 10 years because of their excellent mechanical …

Hydrogen embrittlement in metals (HE) is a serious challenge for the use of high strength
materials in engineering practice and a major barrier to the use of hydrogen for global …

In this work, the hydrogen embrittlement (HE) characteristics of 1400 MPa bolt steels with
three different vanadium contents of 0, 0.17 wt% and 0.34 wt% were evaluated. The …