Structural applications of metallic glasses are limited by their room-temperature brittleness
and strain-softening, associated with the extreme localization of plastic flow in shear bands …

Metallic glasses (MGs) have been long investigated in material science to understand the
origin of their remarkable properties. With the help of computational simulations, researchers …

As the reverse process of relaxation, rejuvenation is the structural excitation process that can
bring metallic glasses (MGs) to a higher energy state and usually increases their free …

Metallic glasses have the potential to become transformative materials, but this is hindered
by the lack of ability to accurately predict which metallic alloys will form good glasses …

Metallic glasses are spatially heterogeneous at the nanometer scale. However, the effects of
external excitation on their structural and mechanical heterogeneity and the correlation to …

Recent researches have shown that metallic glasses (MGs) can be rejuvenated to a more
metastable energy state by thermal or mechanical approaches, which causes a looser …

Developing ductile bulk metallic glasses (BMGs) can benefit from an in-depth understanding
of the structure-property relation during plastic deformation. However, endowing BMGs with …

To enhance the toughness of metallic glasses (MGs), considerable scientific efforts have
been made to investigate the physical mechanism of fracture behavior of MGs in past few …

Even though cryogenic thermal cycling (CTC) was well documented to be an effective and
non-destructive way to plasticity and toughness of metallic glasses (MGs), non-monotonic …

The effects of cryogenic thermal cycling (CTC) treatment on tensile plasticity and structure
change of [(Fe 0.5 Co 0.5) 0.75 B 0.2 Si 0.05] 96 Nb 4 metallic glass (MG) ribbons were …