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Posters of the MSM team

Research Team MultiScale Modeling posters



Poster 1 :
 - Numerical methods for multiscale modeling
 - A large variety of applications, few examples
Poster_MSM_1_GeneralOverview.pdf

Poster 2 :
A better control of void for improved metal components strength
 - A multiscale analysis of void closure and void nucleation/growth/coalescence
under complex thermomechanical loading conditions
Poster_MSM_2_A better-control-of-void-for-improved-metal-components-strength.pdf

Poster 3 :
FE modeling of recrystallization and grain growth at the
microstructure scale
 - Modeling of microstructure evolutions at the polycrystal scale
Poster_MSM_3_Modeling-of-microstructure-evolutions-at-the-polycrystal-scale.pdf

Poster 4 :
Advances in level set modeling of recrystallization at the mesoscopic scale – Development of the Digiμ software
 - How to predict the effects of forming processes on the microstructure?
Poster_MSM_4_Advances-in-LS-modeling-of-ReX.pdf

Poster 5 :
Numerical modelling of ductile damage at the microscale in a level set framework
 - Modelling of void nucleation, growth and coalescence at the microscale
 - Application of the framework to various configurations
Poster_MSM_5_Ductile-damage-in-a-LS-framework.pdf

Poster 6 :
Understanding and tensorial modeling of microvoids closure during hot metal forming processes
Poster_MSM_6_Models_of_microvoids_closure_during_hot_metal_forming_processes.pdf
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