Rapid solidification is a relevant physical phenomenon in material sciences, whose
theoretical analysis requires going beyond the limits of local equilibrium statistical physics …

Additive manufacturing of structural alloys results in the formation of complex
microstructures, often with long, columnar grains that grow epitaxially from existing grains. A …

A novel method based on molecular dynamics (MD) is developed to make the kinetic phase-
field (PF) model quantitative in predicting non-equilibrium crystal growth during rapid …

A binary alloy multi-order parameter phase field model is used to study rapid solidification in
Al-Cu under conditions corresponding to recent dynamic transmission electron microscopy …

Using the phase field crystal model (PFC model), an analysis of slow and fast dynamics of
solid-liquid interfaces in solidification and melting processes is presented. Dynamical …

Understanding the liquid-solid phase transition mechanisms and dynamics is of boundless
scientific significance, and holds enormous technological relevance in designing mono or …

The generation of vacancies at a crystal-liquid interface propagating under conditions of
undercooling below the equilibrium melting temperature is investigated in molecular …

In this work we use the two-temperature model (TTM) coupled to molecular dynamics (MD)
with sinks at the boundaries of the electronic subsystem to study crystal-growth rate in a …

A revised study of the growth and melting of crystals in congruently melting Al 50 Ni 50 alloy
is carried out by molecular dynamics (MDs) and phase field (PF) methods. An embedded …

We analyze the crystal growth kinetics of rapidly solidifying glass-forming Cu 50 Zr 50 alloy
melts. Formulating a dendrite growth model we predict all features of crystallization kinetics …