[HTML][HTML] Molecular scale hydrodynamic theory of crystal nucleation and polycrystalline growth
F Podmaniczky, L Gránásy - Journal of Crystal Growth, 2022 - Elsevier
We present recent advances in phase-field crystal (PFC) modeling of crystal nucleation in
simple undercooled liquids, where dynamics is based on hydrodynamic density relaxation …
simple undercooled liquids, where dynamics is based on hydrodynamic density relaxation …
Statistics of grain growth: experiment versus the phase-field-crystal and Mullins models
We present a detailed comparison of multiple statistical grain metrics for previously reported
experimental thin film samples of aluminum with 2D simulations obtained from the Phase …
experimental thin film samples of aluminum with 2D simulations obtained from the Phase …
Lattice identification and separation: theory and algorithm
Motivated by the problems of lattice mixture identification and grain irregularity detection, we
present a framework for lattice pattern representation and comparison and propose an …
present a framework for lattice pattern representation and comparison and propose an …
Lattice metric space application to grain defect detection
We propose a new model for grain defect detection based on the theory of lattice metric
space 7. The lattice metric space (L, d_ L) shows outstanding advantages in representing …
space 7. The lattice metric space (L, d_ L) shows outstanding advantages in representing …
On the Phase-Field-Crystal model: statistics of grain growth and rigorous computation of steady states
G Martine La Boissoniere - 2020 - escholarship.mcgill.ca
ABSTRACT The Phase-Field-Crystal (PFC) model is a successful phenomenology for
polycrystal formation, grain growth and other solid state phenomena. In this work, we …
polycrystal formation, grain growth and other solid state phenomena. In this work, we …