Prediction of the material flow behavior is an essential step to optimize the design of any
forming process. In this context, artificial neural network (ANN) may be used as a reliable …

A cast A356 aluminum alloy was successfully processed through applying a new severe
plastic deformation method, accumulative back extrusion (ABE), at the temperature of 300° …

The kinetics of microstructural coarsening for the semi-solid wrought 7075 aluminum alloy
was determined. The variation of the coarsening rate constant K with the increasing liquid …

In recent years, the increasing need to use recycled aluminum alloys has driven the
exploration of advanced processes. Among these, thixocasting is attractive due to its …

The as-cast amorphous Ti48Zr27Cu6Nb5Be14 composites, comprising in situ formed β-Ti
ductile crystalline precipitates, were prepared by water cooled copper mold suction casting …

The isothermal coarsening behavior of primary solid particles in A356 aluminum alloy semi-
solid slurry produced by angular oscillation (AO) technique was investigated. The …

The objective of the current study was to investigate the use of ultrasonic melt treatment
technology in the production of grain-refined billets of the AC7A alloy, which was intended …

An attempt has been made to investigate the coarsening behaviour of semisolid A356–5wt%
TiB 2 in situ composite produced by Cooling slope casting. It was found that the average …

The AA3003 aluminum-alloy melt was treated with different types of melt treatment, and the
effect of the melt treatment on the microstructure and mechanical properties of the alloy was …

An attempt has been made to understand the microstructural evolution during semi-solid
isothermal holding of liquidus cast Sr-modified A356 alloy. It was observed that the liquidus …