This review paper aims to outline the development of Metallic Glass and its progress to
functionally graded material. The review begins with the fundamental theory of producing …

Liquid and fusible metals have garnered considerable attention in the scientific community
and industry due to a fascinating combination of thermophysical properties, namely, thermal …

Amorphous alloy is an emerging metal material, and its unique atomic arrangement brings it
the excellent properties of high strength and high hardness, and, therefore, have attracted …

Rayleigh's equation has been widely used to determine surface tension from oscillating
droplets. In this study, the use of a drop-on-demand droplet generator is proposed to create …

The near-net-shape manufacturing via casting has great potential to commercialize bulk
metallic glasses (BMGs) for the complex-shaped structural material. However, it is difficult to …

Iron‐based metallic glasses are among the lowest‐cost form of amorphous metals and have
numerous potential applications, such as wear‐resistant coatings, cutting tools, and gears …

Transitions from the liquid to the solid state of matter are omnipresent. They form a crucial
step in the industrial solidification of metallic alloy melts and are greatly influenced by the …

The viscosity and the relaxation time of a glass-forming liquid vary over 15 orders of
magnitude before the liquid freezes into a glass. The rate of the change with temperature is …

Advanced nickel‐based superalloys combine excellent high‐temperature mechanical
strength, creep resistance, and toughness, and therefore find applications in next …

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 …