Mechanical instability in amorphous metal alloys–hydrogen systems

Interaction of hydrogen with amorphous, nanostructured and fine crystalline functional materials

“…doi:10.1016/j.jallcom.2008.08.103 properties [2]. Thus, amorphous iron-rich A-C alloys can exhibit a null ability as fixed cantilever [3], oppositely to the initial materials. Obviously, the electronic and then the magnetic properties might be modified as well as the mechanical ones [4].…”

Soft magnetic alloys with amorphous and ultra-fine grain structure upon loading with hydrogen

“…Considering first the latter property, for example, hydrogenation of Ti-Ni-type alloys correspondingly leads the shear modulus to decrease up to 30% [2], thus amorphous iron based alloys can exhibit a null ability as fixed cantilever [3], opposite to the initial materials. Obviously, the electronic and then the magnetic properties might be modified as well as the mechanical ones.…”

The nature of deformation effects in metal–hydrogen systems

“…1. However, further and renewed experiments have been devoted to these phenomena, leading to propose alternative explanations for the deformation processes resulting from hydrogen loading [4][5][6].…”