Bulk metallic glass (BMG) formers are multicomponent alloys that vitrify with remarkable
ease during solidification. Technological interest in these materials has been generated by …

Bulk metallic glasses (BMGs) are of current interest worldwide in materials science and
engineering because of their unique properties. Exploring BMGs materials becomes one of …

Phase formation for the multi-component alloys has been predicted by calculating parameter
Ω and δ for typical multi-component alloys reported. Here, Ω is defined as a parameter of the …

The mechanical properties of amorphous alloys have proven both scientifically unique and
of potential practical interest, although the underlying deformation physics of these materials …

Multi-component high-entropy alloys (MHAs) are expected to be one of the emerging
structural materials, which are designed by the strategy of equal/near-equal atomic ratio and …

Most crystalline inorganic materials, except for metals and some layer materials, exhibit bad
flexibility because of strong ionic or covalent bonds, while amorphous materials usually …

The development of new glassy materials is key for addressing major global challenges in
energy, medicine, and advanced communications systems. For example, thin, flexible, and …

The development of bulk metallic glasses and composites for improving the mechanical
properties has occurred with the discovery of many ductile metallic glasses and glass matrix …

This paper reviews the three main approaches for predicting the formation of concentrated
solid solution alloys (CSSA) and for modeling their thermodynamic properties, in particular …

It has been well documented that the maximum thickness of as-cast glassy samples
attainable through conventional metallurgical routes is the decisive criteria for measuring the …