Numerical issues in modeling macrosegregation during DC casting of a multi-component aluminium alloy.

Scale rules for macrosegregation during direct-chill casting of aluminium alloys.

An efficient technique for describing a multi-component open system solidification path.

Two-dimensional modeling and experimental study on microsegregation during solidification of an Al-Cu binary alloy.

Macrosegregation mechanisms: modelling and experiments.

Microstructure development during the solidification of aluminium alloys. NIMR Yearly Report 2006.

Modelling macrosegregation during DC casting of multi-component aluminium alloys.

Modelling macrosegregation during DC casting of a binary aluminium alloy.

Relationship between shrinkage-induced macrosegregation and the sump profile upon direct-chill casting.

Experimental study of structure formation in binary Al-Cu alloys at different cooling rates.

A two-dimensional micro segregation model for the description of microstructure formation during solidification in multicomponent alloys: Formulation and behaviour of the model.

The effect of ramping casting speed and casting temperature on temperature and melt flow patterns in the sump of a DC cast billet.

A 2-dimensional model coupled to a thermodynamic database for the prediction of solidification microstrucctures in multi-component alloys.

Modelling the solidification microstructure of multicomponent aluminium alloys.

Modeling of the solidification microstructure evolution by coupling cellular automaton with macro-transport model.