Refinement of grains and intermetallic phases in the as-solidified alloy structure offers
uniform structural properties, eliminates or minimizes common solidification defects …

It is one concern of the researchers how magnesium (Mg) alloys solidify under different
conditions and how their microstructure evolves during solidification, and what are the …

A fine and equiaxed solidification process delivers multidimensional benefits to Mg-alloys,
such as improved castability, reduced casting defects, enhanced mechanical properties …

The newly developed technology of intensive melt shearing direct-chill casting (MS–DC)
was used to control the as-cast structure of 2024 aluminum alloy and study its genetic effects …

Rapid growth in industrial sectors such as automotive and shipbuilding has highlighted the
significance of strip casting technology to produce lightweight alloys. Significantly, aluminum …

A novel approach to solve the transient heat conduction problem with moving boundary and
solid↔ liquid phase change involved in the start-up stage of direct chill casting (DCC) …

In this work, we study how ultrasonic cavitation melt treatment (UST) affects the temperature
distribution, sump profile, and resulting microstructure in the direct-chill (DC) casting of an …

During the new continuous casting direct rolling (CCDR) process for manufacturing
commercially pure aluminum sheet for foils, casting defects tend to arise as the raw material …

A class of mathematical models are proposed for modelling and numerical simulation of
coupled radiative and conductive heat transfer in non-grey absorbing and emitting media …

The sump profile during direct-chill (DC) casting provides critical information for
understanding the solidification mechanism. In this work, the influence of the solid packing …