This review is concerned with the nonstationary solidification of three-component systems in
the presence of two moving phase transition regions—the main (primary) and cotectic …

This study is devoted to the morphological/dynamic instability analysis of directional
crystallization processes in finite domains with allowance for melt convection. At first, a linear …

A linear theory of morphological stability of flat crystallization front is constructed with
allowance for convective motions in liquid. The cases of slow and intense convection …

The effect of n-fold crystal symmetry is investigated for a two-dimensional stable dendritic
growth in the presence of a forced convective flow. We consider dendritic growth in a one …

We formulate the mathematical model of directional crystallization of a binary melt with a
mushy layer (region) between purely solid and liquid phases. This model is complicated by …

Directional solidification studies have been carried out to characterize the spatial disorder in
the arrays of cells and dendrites. Different factors that cause array disorder are investigated …

Directional solidification studies have been conducted using Pb-Bi peritectic alloys over a
wide range of compositions, temperature gradients, and growth velocities to characterize the …

Experimental studies have been conducted in the two-phase region of the Pb-Bi peritectic
system to investigate the effect of thermosolutal convection on the banded microstructure. A …

We present a novel mechanism of pattern formation behind a flat interface during directional
solidification of peritectic alloys. It is shown through computational modeling that irregular …

Experimental data for the validation of numerical models coupling solidification and
hydrodynamics are very rare. Many experiments made in the field of solidifications are …