The effects of changing the strain rate regime from quasi-static to medium on hydrogen
susceptibility of aluminum (Al) 7075 were investigated using tensile tests. Strain rates were …

Abstract Effects of hydrogen and temperature on impact response and corresponding
microstructure of aluminum (Al) 7075 alloy were investigated under medium strain rate …

The effect of hydrogen on the mechanical properties of AA 7075-T6 was studied by in-situ
hydrogen charging with slow strain rate technique in two aqueous media. A comparative …

The mechanical properties and hydrogen embrittlement susceptibility of 7075 aluminium
alloy were studied by means of cathodic H permeation, hydrogen determinator, slow strain …

The effect of hydrogen on the mechanical properties of an A7075 aluminum alloy and
hydrogen diffusivity are investigated using the electrochemical cathode charge method. The …

In this study, the effect of dislocation and grain boundary (GB) on hydrogen embrittlement of
aluminum alloys was investigated using pre-strain and molecular dynamics (MD). Hydrogen …

Hydrogen embrittlement susceptibility of 7050 aluminum alloy under various aging states
has been investigated by means of cathodic hydrogen permeation, slow strain rate test …

Hydrogen embrittlement of a Ni-base alloy at room temperature was investigated by slow
strain rate tensile test (SSRT) under precharging or dynamic charging conditions. It was …

Ni-based alloy 718 is widely used to manufacture structural components in the aeronautic
and nuclear industries. Numerous studies have shown that alloy 718 may be sensitive to …

In the present work, the effect of hydrogen on the impact resistance of the 7055 and 7A52
aluminum alloys have been experimentally investigated by using split Hopkinson pressure …