The correlation between structure and function lies at the heart of materials science and
engineering. Especially, modern functional materials usually contain inhomogeneities at an …

In this paper, the role of primary stored energy and structural heterogeneity on the
subsequent effects of hydrogen microalloying in glassy alloys was studied. For this purpose …

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 …

Tuning energy state of metastable bulk metallic glasses (BMGs) is well known significant for
understanding their glass nature and controlling their performances. Using a newly …

In-situ compression of Cu 38 Zr 54 Al 8 metallic glass micropillars in a scanning electron
microscope was performed together with continuous acoustic emission recording on …

Exceptional ductility has been a long-sought-after property of metallic glasses, and
cryogenic thermal cycling rejuvenation has been actively explored to enhance the plasticity …

Structural rejuvenation by the application of high-pressure torsion suppresses the shear
localization of metallic glasses. However, it remains unknown how the local atomic structure …

Metallic glasses usually exhibit lower elastic moduli compared with their crystalline
counterparts. Structural relaxation may impel the amorphous structures to lower energy …

Metallic glasses (MGs) have unusual structural characteristics and resulting unique
properties, but effectively modulating their structure is difficult. The recently achieved two …

Due to rapidly quenching, metallic glasses (MGs) usually are metastable, which indicates
that the microstructure of MGs can be easily manipulated by external energies. In the …