Random solid solution alloys are a broad class of materials that are used across the entire
spectrum of engineering metals, whether as stand-alone materials (eg Al-5xxx alloys) or as …

Atomistic simulations are a powerful complement to experimental probes for understanding
the nanoscale processes associated with the effects of hydrogen (H) on plasticity and …

Physical mechanisms of ductile damage in metal forming, experimental characterization
methods for damage, and models predicting the damage level in formed components are …

Strengthening of basal slip could enhance formability of magnesium by decreasing the ratio
of pyramidal to basal critical resolved shear stress (P/B CRSS ratio). Here solute …

The effect of hydrogen on mechanical properties and failure mechanism of a CoCrFeMnNi
high-entropy alloy was evaluated by in/ex-situ tensile tests and electron backscatter …

Abstract The Hydrogen Enhanced Localized Plasticity (HELP) mechanism is one of the most
important theories explaining Hydrogen Embrittlement in metallic materials. While much …

Despite the tremendous industrial and scientific interest, hydrogen storage and
embrittlement studies still suffer from experimental difficulties in studying diffusible hydrogen …

We investigate the effect of accumulation of H atoms on θ'strengthening precipitates in Al-Cu
alloy. A relationship is established between the H accumulation and decrease in shear …

Hydrogen embrittlement of a nickel-based superalloy IN718 was investigated using slow
strain rate tensile tests. Post-mortem observation of fractured samples was performed to …

The effect of hydrogen on the surface morphology and nanomechanical properties of Ni-
based Alloy 725 under solution-annealed (SA) and precipitation-hardened (API) conditions …