Electrodeposition is a simple and economical method that can be employed for fabricating
nanostructured surface coatings and bulk materials. This review presents applications of …

It is an intriguing and urgent goal to quantitatively or semi-quantitatively unveil the
correlation between the properties and the microstructure for metallic glasses. The …

One of the key factors, which hampers the application of metallic glasses as structural
components, is the localization of deformation in narrow bands of a few tens up to one …

Nanoindentation strain-rate jump testing was used to determine activation volumes and
energies of various metallic glasses and composites. Three different single phase metallic …

Small quantities of crystalline domains created in an amorphous matrix are seen as an
active driver for enhanced properties in bulk metallic glasses (BMGs). We investigated …

The effects of distribution and size of pores on the mechanical behavior of Mg 70 Zn 30
metallic glasses (MGs) under tensile and cyclic loading are investigated by molecular …

The effect of Al and Ti ratio on glass forming ability and crystallization characteristics of the
ball milled Zr-Al-Ti-Cu amorphous alloy composite powders are systematically investigated …

The effects of Ta substitution for Ni and Co on the glass forming ability (GFA), thermal
stability, and mechanical properties of (Ni 0.592 Co 0.408) 61.3-x Ta x W 23.7 B 15 (x= 0-10) …

A series of Zr-Al-Ni-Cu metallic glasses were elaborately designed by combination of
multiple optimization strategies and their nonisothermal and isothermal crystallization …

In this paper, a systematic approach utilizing clusters and mixing entropy is proposed to
design efficient glass-formers and evaluate glass forming ability (GFA) without relying on …