In a crystalline material, structural defects such as dislocations or twins are well defined and
largely determine the mechanical and other properties of the material. For metallic glass …

As a common but critical dynamic crossover in glass-forming liquids (GFLs), the discovery of
fragile-to-strong (FS) transition promises a novel route for understanding supercooled liquid …

A recently published analytical model describing and predicting elasticity, viscosity, and
fragility of metallic melts is applied for the analysis of about 30 nonmetallic glassy systems …

The effect of substituting Cu by elemental additions of Ni or Co on the atomic structure of the
Zr 60 Cu 30 Al 10 ternary bulk metallic glass (BMG) is studied using high-energy …

We combine the shoving model of T-dependent viscosity of supercooled liquids with the
Zwanzig-Mountain formula for the high-frequency shear modulus using the g (r) of molecular …

Fragility is one of the central concepts in glass and liquid sciences, as it characterizes the
extent of deviation of viscosity from Arrhenius behavior and is linked to a range of glass …

The structure, thermodynamic and dynamic properties of normal and metastable liquid Ni 2 x
Fe 50− x Co 50− x alloys were systematically investigated by combining electrostatic …

The relationship between the excess volume and the structure of Fe–Cr–Ni melts is
investigated using containerless levitation and in situ high-energy synchrotron x-ray …

Although many criteria were proposed to predict the glass forming ability (GFA) of alloys, the
precise correlation between the minor addition of elements and the glass formation remains …

It has been a long-sought goal to explore the nature of amorphous formation. Investigate the
role of interatomic potential can be a fascinating method to study this myth from bottom up. In …