The mechanical properties of the metallic materials are affected strongly by microstructure. Therefore, the control of the microstructural evolution during the recrystallization is important to optimize the mechanical properties of the material. With purpose of investigating the recrystallization evolution a code was developed to simulate the recrystallization by cellular automata method. In this work, the recrystallization simulation by cellular automata method in three dimensions was investigated. The simulated microstructural evolution was compared in details with mathematically exact analytical theories considering both kinetic and geometrical aspects. In this comparison expressions were used recently obtained to describe the interface ...
The mechanical properties of alloys depend on their microstructure, or grain sizes, which are obtain...
International audienceGeneric model for recrystallization that provides quantitatively correct predi...
Microstructural evolution in three dimensions of nucleation and growth transformations is simulated ...
The recrystallization kinetics has frequently been analyzed with aid of the theory of Johnson, Mehl,...
Cellular automata simulation of recrystallization in two dimensions is carried out. The simulated mi...
Cellular automata simulation of recrystallization in two dimensions is carried out. The simulated mi...
A more refined 3D cellular Automata (CA) algorithm has been developed which has increased the resolu...
Computer simulation is a powerful tool to predict microstructure and its evolution in dynamic and po...
This report is about cellular automaton models in materials science. It gives an introduction to the...
A Monte Carlo computer simulation technique, in which a continuum system is modeled employing a disc...
The effect of non-random nuclei location and the efficiency of microstructural descriptors in assess...
Abstract. Within past ten years, the importance of cellular automata (CA) models of both recrystalli...
1. Based on the modified cellular automata approach of Reher [60] a cellular operator model has been...
A cellular automaton is a decentralized computing model providing a platform for performing complex ...
The report presents an approach for simulating primary static recrystallization which is based on co...
The mechanical properties of alloys depend on their microstructure, or grain sizes, which are obtain...
International audienceGeneric model for recrystallization that provides quantitatively correct predi...
Microstructural evolution in three dimensions of nucleation and growth transformations is simulated ...
The recrystallization kinetics has frequently been analyzed with aid of the theory of Johnson, Mehl,...
Cellular automata simulation of recrystallization in two dimensions is carried out. The simulated mi...
Cellular automata simulation of recrystallization in two dimensions is carried out. The simulated mi...
A more refined 3D cellular Automata (CA) algorithm has been developed which has increased the resolu...
Computer simulation is a powerful tool to predict microstructure and its evolution in dynamic and po...
This report is about cellular automaton models in materials science. It gives an introduction to the...
A Monte Carlo computer simulation technique, in which a continuum system is modeled employing a disc...
The effect of non-random nuclei location and the efficiency of microstructural descriptors in assess...
Abstract. Within past ten years, the importance of cellular automata (CA) models of both recrystalli...
1. Based on the modified cellular automata approach of Reher [60] a cellular operator model has been...
A cellular automaton is a decentralized computing model providing a platform for performing complex ...
The report presents an approach for simulating primary static recrystallization which is based on co...
The mechanical properties of alloys depend on their microstructure, or grain sizes, which are obtain...
International audienceGeneric model for recrystallization that provides quantitatively correct predi...
Microstructural evolution in three dimensions of nucleation and growth transformations is simulated ...