A simple, statistically significant experimental technique was developed to investigate
microsegregation in a model cast Al-4.5 wt pct Cu alloy. This technique involves systematic …

Operating data of a steel billet caster such as casting speed steel temperature and cooling
conditions in the water spray zone are employed to predict dendritic microstructures of …

A numerical model for the prediction of microstructure and microsegregation in
multicomponent alloys during dendritic solidification using a finite difference scheme is …

Abstract Hypereutectic Al-Si based alloys are important automotive materials. Both
manganese (Mn) addition and ultrasonic melt treatment (USMT) have each proved to be …

Thermodynamic models for the various phases in the Al-rich corner of the Al− Li− Cu system
were developed on the basis of the phase equilibrium and limited thermodynamic data …

By modification of a numerical iterative computer simulation worked out for binary alloys, the
solidification behaviour of ternary alloys can be quantitatively predicted. The program finds …

Based on recent progress in the thermodynamics of migrating interfaces, the contact
conditions (equilibrium concentrations and deviations thereof) at a solid/liquid interface …

Numerical simulation of microsegregation phenomena is of continuous interest in
solidification modeling and has reached a high level of sophistication. Existing models …

Abstract Effect of a transverse static weak magnetic field (TSMF) on the evolution of the
mushy zone of Al-Zn alloys during thermal annealing was investigated through three …

A cellular automaton–finite difference (CAFD) computer model is presented that describes
the solidification of multicomponent multiphase alloys at the microscopic level. The objective …