International audienceRecently, an original full field model using the level set method in a finite element framework has been introduced and validated at the Mines ParisTech - Center for Materials Forming. This approach has demonstrated its potential for the simulation of 2D or 3D large scale grain growth and recrystallization problems. Through the development of the DigiMu® software by Transvalor, this methodology is now considered for industrial applications
International audienceThe effect of stored energy field heterogeneity on the microstructure evolutio...
International audienceSeveral numerical methods have been developed for the last decades in order to...
International audienceRecently a new numerical model devoted to the full field modeling of microstru...
International audienceRecently, an original full field model working at the mesoscopic scale using t...
International audienceRecently, an original full field model working at the mesoscopic scale using t...
International audienceRecently, an original full field model working at the mesoscopic scale using t...
Recently, an original full field model working at the mesoscopic scale using the level set (LS) meth...
International audienceThis paper describes a level-set framework for the full field modelling of rec...
A highly efficient simulation model for 2D and 3D grain growth and recrystallization was developed b...
International audienceMetal forming modeling can be predictive only if the strain rate, strain and t...
International audienceThe paper describes a level set framework for the finite-element modelling of ...
Les propriétés mécaniques et fonctionnelles des matériaux métalliques sont conditionnées par leurs m...
Mechanical and functional properties of metallic materials are strongly related to their microstruct...
International audienceThe mechanical and thermal properties of metallic materials are strongly relat...
International audienceGeneric model for recrystallization that provides quantitatively correct predi...
International audienceThe effect of stored energy field heterogeneity on the microstructure evolutio...
International audienceSeveral numerical methods have been developed for the last decades in order to...
International audienceRecently a new numerical model devoted to the full field modeling of microstru...
International audienceRecently, an original full field model working at the mesoscopic scale using t...
International audienceRecently, an original full field model working at the mesoscopic scale using t...
International audienceRecently, an original full field model working at the mesoscopic scale using t...
Recently, an original full field model working at the mesoscopic scale using the level set (LS) meth...
International audienceThis paper describes a level-set framework for the full field modelling of rec...
A highly efficient simulation model for 2D and 3D grain growth and recrystallization was developed b...
International audienceMetal forming modeling can be predictive only if the strain rate, strain and t...
International audienceThe paper describes a level set framework for the finite-element modelling of ...
Les propriétés mécaniques et fonctionnelles des matériaux métalliques sont conditionnées par leurs m...
Mechanical and functional properties of metallic materials are strongly related to their microstruct...
International audienceThe mechanical and thermal properties of metallic materials are strongly relat...
International audienceGeneric model for recrystallization that provides quantitatively correct predi...
International audienceThe effect of stored energy field heterogeneity on the microstructure evolutio...
International audienceSeveral numerical methods have been developed for the last decades in order to...
International audienceRecently a new numerical model devoted to the full field modeling of microstru...