Add to ORKGInternational audienceThe aim of this work is to solve mechanical problems on large structure containingdetails using a two-scale analysis. The structural scale is solved using a mesh whichdoes not take into account the detail. The detail is taken into account by an \extended"homogenization. The homogenization is obtained from a local analysis of the detail on asub-mesh of the structural one. On this local mesh, the X-FEM approach is used to carryout the analysis
O Método dos Elementos Finitos (MEF) tem sido amplamente utilizado para a modelagem numérica de prob...
International audienceThis paper presents a Finite Element model for the modeling of the failure of ...
AbstractTwo substructuring methods are investigated in order to allow for the use of the eXtended Fi...
Although the current numerical tools evolve quickly, the computation of mechanical problems faces ma...
International audienceThe eXtended Finite Element Method (X-FEM) has been applied to a wide range of...
International audienceIt is a common fact that as we go down to lower scales, the geometrical comple...
International audienceIn this paper, some aspects of a multiscale strategy for the analysis of crack...
International audienceThe aim of the paper is to study the capabilities of the Extended Finite Eleme...
The paper deals with numerical computation of a crack problem posed on microstructural heterogeneous...
International audienceFracture of rubber-like materials is still an open problem. Indeed, it deals w...
A new approach to two-scale modeling of propagating fracture, based on computational homogenization ...
International audienceToday, structural analysis involving cracking is being reconsidered in the lig...
International audienceFracture of rubber-like materials is still an open problem. Indeed, it deals w...
AbstractA new approach to two-scale modeling of propagating fracture, based on computational homogen...
AbstractThe generalized FEM (GFEM) has been successfully applied to the simulation of dynamic propag...
O Método dos Elementos Finitos (MEF) tem sido amplamente utilizado para a modelagem numérica de prob...
International audienceThis paper presents a Finite Element model for the modeling of the failure of ...
AbstractTwo substructuring methods are investigated in order to allow for the use of the eXtended Fi...
Although the current numerical tools evolve quickly, the computation of mechanical problems faces ma...
International audienceThe eXtended Finite Element Method (X-FEM) has been applied to a wide range of...
International audienceIt is a common fact that as we go down to lower scales, the geometrical comple...
International audienceIn this paper, some aspects of a multiscale strategy for the analysis of crack...
International audienceThe aim of the paper is to study the capabilities of the Extended Finite Eleme...
The paper deals with numerical computation of a crack problem posed on microstructural heterogeneous...
International audienceFracture of rubber-like materials is still an open problem. Indeed, it deals w...
A new approach to two-scale modeling of propagating fracture, based on computational homogenization ...
International audienceToday, structural analysis involving cracking is being reconsidered in the lig...
International audienceFracture of rubber-like materials is still an open problem. Indeed, it deals w...
AbstractA new approach to two-scale modeling of propagating fracture, based on computational homogen...
AbstractThe generalized FEM (GFEM) has been successfully applied to the simulation of dynamic propag...
O Método dos Elementos Finitos (MEF) tem sido amplamente utilizado para a modelagem numérica de prob...
International audienceThis paper presents a Finite Element model for the modeling of the failure of ...
AbstractTwo substructuring methods are investigated in order to allow for the use of the eXtended Fi...