The main aim of this work is application of the developed cellular automata (CA) model to investigate influence of the micro shear bands that are present in the heavily deformed material on the static recrystallization. This initial work is the results of recent experimental analyses indicating that the micro shear bands are preferred sites for nucleation of the recrystallization. The procedure of creation of the initial microstructure with features such as grains and micro shear bands as well as basis of the developed CA code for the static recrystallization are also presented in the paper. Finally, the simulation results obtained from different recrystallization temperatures for the microstructures with and without micro shear bands are c...
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...
The main goal of the paper is dedicated to proper arrangement of the Finite Element (FE) and Random ...
The main aim of this work is application of the developed cellular automata (CA) model to investigat...
Computer simulation is a powerful tool to predict microstructure and its evolution in dynamic and po...
A more refined 3D cellular Automata (CA) algorithm has been developed which has increased the resolu...
A more refined 3D cellular Automata (CA) algorithm has been developed which has increased the resolu...
Cellular automaton (CA) was used to simulate dynamic recrystallization (DRX) during thermomechanical...
1. Based on the modified cellular automata approach of Reher [60] a cellular operator model has been...
Development of software tools, which allow connection between phenomena occurring in materials in va...
This report is about cellular automaton models in materials science. It gives an introduction to the...
Mechanical properties of metals are substantially dependent on the microstructure, which can be cont...
To study the factors that affect the mechanical properties of materials, double-pass hot compression...
This report is about cellular automaton models in materials science. It gives an introduction to the...
An attempt to bridge the gap between capabilities offered by advanced full-field microstructure evol...
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...
The main goal of the paper is dedicated to proper arrangement of the Finite Element (FE) and Random ...
The main aim of this work is application of the developed cellular automata (CA) model to investigat...
Computer simulation is a powerful tool to predict microstructure and its evolution in dynamic and po...
A more refined 3D cellular Automata (CA) algorithm has been developed which has increased the resolu...
A more refined 3D cellular Automata (CA) algorithm has been developed which has increased the resolu...
Cellular automaton (CA) was used to simulate dynamic recrystallization (DRX) during thermomechanical...
1. Based on the modified cellular automata approach of Reher [60] a cellular operator model has been...
Development of software tools, which allow connection between phenomena occurring in materials in va...
This report is about cellular automaton models in materials science. It gives an introduction to the...
Mechanical properties of metals are substantially dependent on the microstructure, which can be cont...
To study the factors that affect the mechanical properties of materials, double-pass hot compression...
This report is about cellular automaton models in materials science. It gives an introduction to the...
An attempt to bridge the gap between capabilities offered by advanced full-field microstructure evol...
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...
The main goal of the paper is dedicated to proper arrangement of the Finite Element (FE) and Random ...