Bulk metallic glasses (BMGs) can exhibit excellent combinations of strength and fracture
toughness that cannot be achieved by traditional metals, making them attractive for load …

The brittleness and work-softening of Bulk Metallic Glasses (BMGs) prevent their wide
applications as structural engineering materials. In order to settle this problem, the BMG …

Strain-hardening (the increase of flow stress with plastic strain) is the most important
phenomenon in the mechanical behaviour of engineering alloys because it ensures that …

Due to the structurally disordered arrangement of atoms and deviation from thermodynamic
equilibrium, the physical and mechanical properties of metallic glasses can vary with time …

The metallic glasses (MGs) and high entropy alloys (HEAs) have drawn great attention due
to their remarkable features such as high hardness, strength and elasticity in MGs, and …

A fundamental understanding of the fatigue and fracture behavior of bulk metallic glasses
(BMGs) and their composites is of critical significance for designing new BMG systems and …

Metallic glasses boast high strength, but their low ductility has been a major concern. Here,
taking a structural perspective and citing selected examples, we advocate purposely …

The deformation of bulk metallic glasses (BMGs) is generally driven by highly localized
shear. Due to such inhomogeneous flow, failure occurs in a catastrophic brittle manner …

Metallic glasses (MGs) possess large elastic limit and high strength, but unfortunately they
are of limited commercial utility due to their macroscopic brittle nature. Here, we report that a …

Rejuvenation, bringing metallic glasses (MGs) to the younger and higher energy states,
provides an alternative avenue to explore the interplay between the property and …