Magnesium alloy is one of the most widely used lightweight structural materials, and the
development of high strength-toughness magnesium alloy is an important research field at …

Additive manufacturing (AM) of titanium alloys is a rapidly growing field due to an increase in
design flexibility of parts. However, AM parts are highly anisotropic in material microstructure …

Squeeze casting is a well-established and reliable process for fabricating high-integrity
metallic alloys, bimetals, and composites. The quality and high performance of squeeze cast …

The effects of cooling rate on the solidification parameters and microstructure of Al-7Si-0.3
Mg-0.15 Fe alloy during solidification process were studied. To obtain different cooling rates …

A novel method to measure cooling rates during solidification in Directed Energy Deposition
(DED) using on-axis photodiode-based Planck thermometry (PDPT) was developed. The …

Dry sliding wear behaviour of stir-cast aluminium matrix composites (AMCs) containing
LM13 alloy as matrix and ceramic particles as reinforcement was investigated. Two different …

It is commonly recognized that the cooling rate has a substantial effect on solute partitioning
and its resultant microsegregation during solidification. The classical dendrite tip …

The process of casting solidification is complex in nature and the simulation of such process
is required in industry before it is actually undertaken. The defects like shrinkage cavity …

The solidification process often determines the microstructure of alloys from the atomic scale
to the macroscopic scale, which distinguishes the performance of one alloy from another …

We report the evolution of microstructure and hardness homogeneity in arc melted ingots
(AMIs) and suction cast rods (SCRs) of CoCrFeNiNb x (0.45≤ x≤ 0.65) eutectic high …