Unraveling the microstructural heterogeneity is an important issue to understand the
physical and mechanical properties of metallic glasses. Structural relaxation below the glass …

This work aimed to tune the comprehensive properties of Fe-PC-based amorphous system
through investigating the role of microalloying process on the crystallization behavior, glass …

Since the operation of shear band in bulk metallic glasses (BMGs) is accompanied by
severe localization in both size and time scales, the measurement of heating and …

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 …

The origin of the plastic deformation in amorphous solids is a challenging issue unlike that of
the plasticity in crystals. Plasticity in amorphous systems can occur by the nucleation and …

Inducing residual stress in metallic glasses (MGs) is recognized to be beneficial for plasticity
but the mechanisms on how it affects shear band nucleation, propagation and multiplication …

The competition between physical aging and structural rejuvenation determines the physical
and mechanical properties of glassy materials. Thus, the rejuvenation-aging boundary must …

In this work, the relationship between the accumulation and release of elastic energy during
the flow serrations of a bulk metallic glass (BMG) was investigated by use of 10 groups of …

Enhanced plasticity is obtained in a structurally rejuvenated Zr-based bulk metallic glass
(BMG) that has been treated via cryogenic thermal cycling (CTC) for one hundred cycles …

With their excellent mechanical properties, Cu/Ta metallic nanolayered composites (MNCs)
are extensively applied in aerospace and nuclear industry facilities. However, shear …