Cyclone-based system for cleaning liquid aluminium of solid inclusions: numerical study.

Effect of controlled forced convection on macrosegregation and structure in direct-chill casting of an aluminium alloy.

Numerical evaluation of cyclone application for impurities removal from molten aluminium.

Deflection of columnar grains during solidification of aluminium alloys under forced-flow conditions.

Cyclone application for molten aluminium: numerical approach.

Effects of melt flow in casting processes.

Solute transport and phase composition in an Al-Mg-Si alloy solidified under conditions of forced flow.

Development of an improved system for filtration of molten aluminium based on a three stage reactor employing a cyclone as the final stage.

Unsteady-state solidification under forced flow conditions.

Computer simulations of melt flow and particle removal in the cyclone.

Solidification under forced-flow conditions in a shallow cavity.

Novel purification concept in molten metal processing.

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

Macrosegregation mechanisms: modelling and experiments.

Feathery grain growth during solidification under forced flow conditions.

Comparison of experiment with computer simulation of constant unidirectional flow along solidification front.

Effect of forced flow on structure evolution during solidification.

Structure development and associated flow phenomena during solidification processing of aluminium alloys. Quarterly project report October-December 2006.

Structure development and associated flow phenomena during solidification processing of aluminium alloys. Quarterly project report January - March 2006.

Effect of Al3Ni and Mg2Si eutectic phases on casting properties and hardening of an Al-7% Zn-3% Mg alloy.