We present a 3D adaptive octree based numerical method for the simulation of binary
solidification, with the temperature and the concentration fields being strongly coupled at the …

The numerical model for transient heat transfer analysis of orthotropic phase change
materials is proposed using the element-free Galerkin (EFG) method. The validity and …

An enthalpy based solidification model is presented to simulate the evolution of binary alloy
microstructure. The model is capable of simulating the nucleation and growth of multiple …

Convection during the solidification of a binary alloy with nanoparticles governs the
nanoparticle, species and temperature distribution in the domain and thus the solidification …

A 2D numerical model to predict the microstructure evolution in binary alloy matrix
nanocomposites is presented. The main novelty of the model is that it captures the effect of …

A numerical model has been developed to simulate the growth of an equaixed binary alloy
dendrite under the combined effect of thermal anisotropy and forced convection. A semi …

The determination of liquid atomic structure and thermophysical properties is essential for
investigating the physical characteristics and phase transitions of refractory alloys. However …

In this paper, the effect of shrinkage induced flow on binary alloy dendrite growth is
investigated. The standard enthalpy model for dendritic solidification is modified to …

A numerical model for microscale binary alloy solidification is proposed taking the effect of
both thermal anisotropy and shrinkage into consideration. The model couples an enthalpy …

A continuum mixture model is proposed for phase change of binary alloy including the effect
of thermal anisotropy. Thermal anisotropy is incorporated by an additional departure source …