A molecular dynamics study was performed on the mechanical response of thermal-
pressure rejuvenated CuxZr100− x metallic glasses. The effect of temperature (50, 300, 600 …

This study investigates the effects of pressure-induced densification on the structural and
mechanical properties of albite-like (12.5% Na 2 O· 12.5% Al 2 O 3· 75% SiO 2) and sodium …

Amorphous metals are increasingly used as advanced engineering materials, due to several
desirable properties, like high hardness and ductility, high resilience, high mechanical …

In this work, nanoindentation tests were performed on CuZr MGs subjected to thermal–
pressure treatments using molecular dynamics simulations, with pressures in the range of 0 …

Despite that the pressure-promoted thermal rejuvenation is a promising remedy for the
plasticity enhancement of metallic glasses (MGs), there has been so far little studies of the …

Thermal–pressure treatments for metallic glasses (MGs) rejuvenation involve large
pressures up to tens of gigapascals. Such conditions can lead to structural changes beyond …

The interpenetrating connection of icosahedra network (ICOIN) was termed as structural
skeleton, which could quantify the strength and ductility of MGs. The impact of different …

Pressure treatments have been shown to promote rejuvenation in metallic glasses (MGs). In
this work, pressure preloading was applied to explore structural and rheological properties …

This study investigates the degradation of mechanical properties in CuZr metallic glasses
(MGs) under cyclic loading using molecular dynamics simulations. Both as-cast (AC) and …

Rejuvenation is a process devoted to the structural excitation of metallic glasses (MGs),
ultimately leading to enhanced plasticity. In this work, thermal-pressure treatments were …