International audienceA monolithic approach is presented to solve multi-domain large deformations problems. It is based on an eulerian formulation using a fixed yet anisotropic adaptative mesh. Within this context, a level set method is used to capture the interface evolution of different domains. In terms of parallel computing, it is expected that the technique of single mesh and single mechanical solver developed under CimLib allows to obtain easily a very good scalability up to several hundred processors
International audienceWhile implicit interface methods such as the Level-Set method have the main ad...
International audienceThis paper presents a monolithic formulation framework combined with an anisot...
This paper presents a monolithic formulation framework combined with an anisotropic mesh adaptation ...
La modélisation des problèmes multi-domaine est abordée dans un cadre purement Eulérien. Un maillage...
Large-scale 3D numerical simulations of complex flows, such as turbulent ones, often imply a huge co...
International audienceIn this paper, we present developments done to obtain efficient parallel compu...
International audienceWe first define the meaning of "massively parallel computation": considering o...
AbstractWe devise a strategy in order to generate large-size adapted anisotropic meshes O(108 −109) ...
International audienceCoupled problem involving several domains required to describe accurately the ...
International audienceWe devise a strategy in order to generate large-size adapted anisotropic meshe...
Although the current numerical tools evolve quickly, the computation of mechanical problems faces ma...
Requirements for powerfull computers of numerical simulations lead to the development of new archite...
Strategic industries make extensive use of metallic materials. Today, there is a strong demand from ...
La simulation en quasi statique de fissures complexes en 3D avec des matériaux quasi-fragiles est en...
The largest runs up-to-now are usually performed for simple symmetric positive definite systems. It ...
International audienceWhile implicit interface methods such as the Level-Set method have the main ad...
International audienceThis paper presents a monolithic formulation framework combined with an anisot...
This paper presents a monolithic formulation framework combined with an anisotropic mesh adaptation ...
La modélisation des problèmes multi-domaine est abordée dans un cadre purement Eulérien. Un maillage...
Large-scale 3D numerical simulations of complex flows, such as turbulent ones, often imply a huge co...
International audienceIn this paper, we present developments done to obtain efficient parallel compu...
International audienceWe first define the meaning of "massively parallel computation": considering o...
AbstractWe devise a strategy in order to generate large-size adapted anisotropic meshes O(108 −109) ...
International audienceCoupled problem involving several domains required to describe accurately the ...
International audienceWe devise a strategy in order to generate large-size adapted anisotropic meshe...
Although the current numerical tools evolve quickly, the computation of mechanical problems faces ma...
Requirements for powerfull computers of numerical simulations lead to the development of new archite...
Strategic industries make extensive use of metallic materials. Today, there is a strong demand from ...
La simulation en quasi statique de fissures complexes en 3D avec des matériaux quasi-fragiles est en...
The largest runs up-to-now are usually performed for simple symmetric positive definite systems. It ...
International audienceWhile implicit interface methods such as the Level-Set method have the main ad...
International audienceThis paper presents a monolithic formulation framework combined with an anisot...
This paper presents a monolithic formulation framework combined with an anisotropic mesh adaptation ...