Add to ORKGA 3D Monte Carlo technique has been used to simulate a complex process of recrystallization in a material containing precipitates after graded deformation. By the simulation model, the inhomogeneous deformed microstructure and its evolution during subsequent annealing were directly displayed; moreover, the locally varying recrystallized microstructure was quantitatively analyzed. The simulation results were well verified by experiments with an aluminum alloy containing Al3Zr particles that had been subjected to deformation and annealing for recrystallization. In the stereological analysis of a non-random microstructure and its evolution kinetics, the visual simulation technique showed apparent advantages for sampling, detection and measurin...
There is a need for simulation methodologies for multiphase three-dimensional microstructures that c...
The final report for a Laboratory Directed Research and Development project entitled, ``Capturing Re...
Most engineering alloys are used in polycrystalline form. This means that they are made of a large n...
A 3D Monte Carlo technique has been used to simulate a complex process of recrystallization in a mat...
A novel simulation technique for predicting the microstructure and texture evolution during thermome...
The deformation of polycrystalline aluminum is simulated at the microstructural length scale using a...
A Monte Carlo computer simulation technique, in which a continuum system is modeled employing a disc...
Microstructural characterization of metallic materials is of paramount importance in the qualificati...
A more refined 3D cellular Automata (CA) algorithm has been developed which has increased the resolu...
Applicability of Monte-Carlo method for the textural and microstructural changes during annealing pr...
The study of microstructure and its evolution during the processing of materials represents an impor...
Stereological description of dispersed microstructure is not an easy problem and is constantly a su...
The stereological method for studying grain structures is presented, it determines the interrelation...
The present paper introduces a novel stochastic two-dimensional model to simulate the evolution of m...
The application of computer simulation to grain growth and recrystallization was strongly stimulated...
There is a need for simulation methodologies for multiphase three-dimensional microstructures that c...
The final report for a Laboratory Directed Research and Development project entitled, ``Capturing Re...
Most engineering alloys are used in polycrystalline form. This means that they are made of a large n...
A 3D Monte Carlo technique has been used to simulate a complex process of recrystallization in a mat...
A novel simulation technique for predicting the microstructure and texture evolution during thermome...
The deformation of polycrystalline aluminum is simulated at the microstructural length scale using a...
A Monte Carlo computer simulation technique, in which a continuum system is modeled employing a disc...
Microstructural characterization of metallic materials is of paramount importance in the qualificati...
A more refined 3D cellular Automata (CA) algorithm has been developed which has increased the resolu...
Applicability of Monte-Carlo method for the textural and microstructural changes during annealing pr...
The study of microstructure and its evolution during the processing of materials represents an impor...
Stereological description of dispersed microstructure is not an easy problem and is constantly a su...
The stereological method for studying grain structures is presented, it determines the interrelation...
The present paper introduces a novel stochastic two-dimensional model to simulate the evolution of m...
The application of computer simulation to grain growth and recrystallization was strongly stimulated...
There is a need for simulation methodologies for multiphase three-dimensional microstructures that c...
The final report for a Laboratory Directed Research and Development project entitled, ``Capturing Re...
Most engineering alloys are used in polycrystalline form. This means that they are made of a large n...