In this paper we present a semi-analytical thermal stress solution for directional growth of type III-V compounds with small lateral heat flux and weak anisotropy. Both geometric and material anisotropy are considered, and our solution can be applied to crystals grown by various growth techniques such as the Czochralski (Cz) method. The semi-analytical nature of the solution allows us to compute thermal stress in crystals with weak anisotropic effects much more efficiently, compared to a full 3D simulation. Examples are given for crystals pulled in a variety of seed orientations. Our results show that the geometric effect is the dominant one while the effect of material anisotropy on thermal stress is secondary.http://gateway.webofknowledge...
International audiencePhase-field simulations are performed to explore the thermal solidification of...
The anisotropic growth of large-size sapphire single crystals along different pulling directions was...
This paper reports the analysis of patterns and mechanisms that form the characteristic surfaces of ...
A model for computing thermal stress inside a crystal with facets is presented. Using a systematical...
Abstract. In this paper we present a model for computing thermal stress inside a crystal with facets...
The thermal stress during growth and the residual stress after growth in a Czochralski-grown crystal...
International audienceThe three dimensional thermal stress field was calculated for different growth...
We will present an introductory review of the mathematics for investigating the interfacial motion i...
In this paper, a semi-analytic thermal stress solution is obtained for cylindrical crystals with cub...
International audienceIn this paper, we present the ability of the Lattice Boltzmann (LB) equation, ...
In directional solidification of crystalline materials, two directions compete for setting the growt...
International audienceWe consider the growth direction of cells and dendrites in directional solidif...
In the process of crystal growth by Czochralski technique, lower part and core of the crystal are wa...
In directional solidification, the growth directions of cells and dendrites into the melt vary with ...
In this paper, the influence of various crystal heights to the crystal/melt interface shape and ther...
International audiencePhase-field simulations are performed to explore the thermal solidification of...
The anisotropic growth of large-size sapphire single crystals along different pulling directions was...
This paper reports the analysis of patterns and mechanisms that form the characteristic surfaces of ...
A model for computing thermal stress inside a crystal with facets is presented. Using a systematical...
Abstract. In this paper we present a model for computing thermal stress inside a crystal with facets...
The thermal stress during growth and the residual stress after growth in a Czochralski-grown crystal...
International audienceThe three dimensional thermal stress field was calculated for different growth...
We will present an introductory review of the mathematics for investigating the interfacial motion i...
In this paper, a semi-analytic thermal stress solution is obtained for cylindrical crystals with cub...
International audienceIn this paper, we present the ability of the Lattice Boltzmann (LB) equation, ...
In directional solidification of crystalline materials, two directions compete for setting the growt...
International audienceWe consider the growth direction of cells and dendrites in directional solidif...
In the process of crystal growth by Czochralski technique, lower part and core of the crystal are wa...
In directional solidification, the growth directions of cells and dendrites into the melt vary with ...
In this paper, the influence of various crystal heights to the crystal/melt interface shape and ther...
International audiencePhase-field simulations are performed to explore the thermal solidification of...
The anisotropic growth of large-size sapphire single crystals along different pulling directions was...
This paper reports the analysis of patterns and mechanisms that form the characteristic surfaces of ...