This is the first account of the history of modelling dendritic and cellular solidification. While
Part I reviewed the progress up to the year 2000 [Kurz W, Fisher DJ, Trivedi R. Progress in …

Electromagnetic levitation (EML) is a contact-less, high-temperature technique which has
had extensive application with respect to the investigation of both thermophysical and …

A solidification benchmark experiment is simulated using a three-dimensional cellular
automaton—finite element solidification model. The experiment consists of a rectangular …

A three-dimensional model is presented for the prediction of grain structures formed in
casting. It is based on direct tracking of grain boundaries using a cellular automaton (CA) …

The dynamic solidification of peritectic Cu–70% Sn alloy was accomplished within a 20 kHz
ultrasonic field under the power range up to 440 W. The ultrasound promotes the nucleation …

Powerful catalysts may be produced from gas atomized Al–Ni powders. The efficiency of
these catalysts depends on the amount of the different phases formed during solidification …

This article presents a numerical model of electromagnetic levitation melting and its
experimental validation. Levitation melting uses the phenomenon of magnetic induction to …

A segregation model for multiple phase transformations is coupled with thermodynamic
equilibrium calculations, including dendritic, peritectic and eutectic reactions. Its predictions …

NiAl 3 alloy powders were produced by nitrogen gas atomization in this paper. The
microstructure and phase compositions of different particle size powders were characterized …

Gas atomization is the most used powder production technique since it provides good
control on particles shape, surface oxidation and dimension. It is a rapid solidification …