The system of governing equations was developed in order to descibe the transformation of multiple crystals for the case of rapid solidification. The model represents itself the extention of a phase field model of multi-grain crystallization by Moelans et.al. The traveling wave solution of phase field model were developed and the description of the dynamics of the moving interface is analysed. © 2019 Author(s)
A phase-field model for a general class of binary three-phase metallic alloys is presented which des...
One of the main routes to obtain nanostructured materials is through the primary crystallization of ...
The evolution of a collection of phases under multiphase motion by mean curvature has important appl...
A phase field model of rapid multi–grain growth is developed. Using a multi–phase model for polycrys...
A phase-field model for a general class of multi-phase metallic alloys is now proposed which describ...
Kinetics of crystal growth in undercooled melts is analyzed by methods of theoretical modeling. Spec...
We carry out phase field modeling as a continuum simulation technique in order to study rapid crysta...
We derive a phase field crystal model that couples the diffusive evolution of a microscopic structur...
International audienceThe increasing need to precisely predict the microstructural evolutions during...
A vector order parameter phase field model derived from a grand potential functional is presented as...
Numerical simulations of crystals with multiple crystal orientations have become the subject of inte...
Charge transfer complex material demonstrate morphological transitions while electro-crystallized on...
This paper is devoted to the mathematical modeling of a combined effect of directional and bulk crys...
The phase-field method has become an important and extremely versatile technique for simulating micr...
The phase-field model of Wheeler, Boettinger and McFadden is extended to the case of fast solidifica...
A phase-field model for a general class of binary three-phase metallic alloys is presented which des...
One of the main routes to obtain nanostructured materials is through the primary crystallization of ...
The evolution of a collection of phases under multiphase motion by mean curvature has important appl...
A phase field model of rapid multi–grain growth is developed. Using a multi–phase model for polycrys...
A phase-field model for a general class of multi-phase metallic alloys is now proposed which describ...
Kinetics of crystal growth in undercooled melts is analyzed by methods of theoretical modeling. Spec...
We carry out phase field modeling as a continuum simulation technique in order to study rapid crysta...
We derive a phase field crystal model that couples the diffusive evolution of a microscopic structur...
International audienceThe increasing need to precisely predict the microstructural evolutions during...
A vector order parameter phase field model derived from a grand potential functional is presented as...
Numerical simulations of crystals with multiple crystal orientations have become the subject of inte...
Charge transfer complex material demonstrate morphological transitions while electro-crystallized on...
This paper is devoted to the mathematical modeling of a combined effect of directional and bulk crys...
The phase-field method has become an important and extremely versatile technique for simulating micr...
The phase-field model of Wheeler, Boettinger and McFadden is extended to the case of fast solidifica...
A phase-field model for a general class of binary three-phase metallic alloys is presented which des...
One of the main routes to obtain nanostructured materials is through the primary crystallization of ...
The evolution of a collection of phases under multiphase motion by mean curvature has important appl...