Hard and brittle Fe-rich phases are formed during the solidification of recycled Al-Cu alloys,
significantly decrease the mechanical properties of the alloy. In this study, optical …

Accurate interdiffusion coefficients of composition and temperature dependence are
significantly important for understanding different materials processes. However, the high …

A previously developed phase-field model with finite interface dissipation for binary dual-
phase alloys out of chemical equilibrium is generalized to a multi-component multi-phase …

The use of recycled aluminum alloys can greatly reduce energy consumption and carbon
emissions, but the high iron content limits the scope of application of recycled aluminum …

A new approach to incorporate the sublattice models in the CALPHAD (CALculation of
PHAse Diagram) formalism directly into the phase-field formalism is developed. In binary …

Here we report temperature dependent self-diffusion coefficients of liquid aluminium
measured on absolute scale by using incoherent quasielastic neutron scattering at …

Integration of models that capture the complex physics of solidification on the macro and
microstructural scale with the flexibility to consider multicomponent materials systems is a …

A comprehensive understanding of diffusion kinetics of the Ti–Fe–V system is crucial for
elucidating the solidification process in high-strength titanium alloys. In this paper, ten sets of …

The solidification diagrams of A357-Sc, A360-Sc and A380-Sc were constructed on the
basis of the Scheil-Gulliver solidification simulations and previously well-established …

Abstract Mechanical properties of Al–Fe–Ni eutectic alloys have been investigated based on
the nominal mass fraction of eutectic phase, and the added Fe/Ni mass ratio. The X-Ray …