This paper continues in the previous research focussed to two simple questions. The first
one reads:” What is the influence of anisotropy of computational lattice on simulations of …

Within past ten years, the importance of cellular automata (CA) models of both
recrystallization and grain boundary migration has been recognized. It can be shown that …

▪ Abstract The paper is about cellular automaton models in materials science. It gives an
introduction to the fundamentals of cellular automata and reviews applications, particularly …

Soon after the first discovery and development of cellular automata their potential for
modeling the evolution of the microstructure of polycrystalline materials was realized by …

This paper try to elucidate some aspects of the impact of using two different types of
computational lattices on the solution of simple models like, for example, grain boundary …

A new three-dimensional, random grid based cellular automaton model for the simulation of
the evolution of a materials microstructure during recrystallization and grain growth is …

Determination of the influence of grain boundary curvature model type on the cellular
automata (CA) static recrystallization (SRX) simulation predictions is the primary goal of the …

Cellular automata modeling is a powerful tool used for simulating complex grain growth
phenomena. However, a computational mesh may give rise to artificial anisotropy, which is a …

The paper introduces a scalable three-dimensional (3D) kinetic cellular automaton model
with a probabilistic switching rule for the spatial and crystallographic prediction of mesoscale …

A new implementation of a cellular automaton for the simulation of primary recrystallization
in 3D space is presented. In this new approach, a parallel computer architecture is utilized to …