International audienceIt is a common fact that as we go down to lower scales, the geometrical complexity rises eitherbecause of randomness or because of the heterogeneity of the micro-constituents, or both.This difficulty is on top of another more studied difficulty : how to bring the information of themicroscopic fields to the macro analysis (“homogenization”) and, vice-versa, how to localizethe macro-field to a small region of interest (“localization”).The presentation will focus on the two preceeding issues using the so-called eXtended Finite Elementapproach (X-FEM). This approach was initially developped to describe cracks on mesheswhich are not conforming to the cracks
The paper deals with numerical computation of a crack problem posed on microstructural heterogeneous...
Although the current numerical tools evolve quickly, the computation of mechanical problems faces ma...
Adaptive methods for multiscale fracture In this work, we discuss two classes of methods to reduce ...
International audienceIn multiscale analysis of components, there is usually a need to solve micro-s...
International audienceIn multiscale analysis of components, there is usually a need to solve micro-s...
International audienceMulti-scale analysis of components usually leads to solving micro-structures w...
International audienceToday, structural analysis involving cracking is being reconsidered in the lig...
International audienceThe aim of this work is to solve mechanical problems on large structure contai...
AcceptéInternational audienceIn this contribution, a strategy is proposed for uncoupling geometrical...
In this paper, we develop a novel unfitted multiscale framework that combines two separate scales re...
International audienceThis article is concerned with a multi-scale domain decomposition method (DDM)...
In this paper, we develop a novel unfitted multiscale framework that combines two separate scales re...
The aim of this paper is to propose a continuous–discontinuous computational homogenization–localiza...
This paper presents a multi-scale modelling approach for bridging the microscale damage and macrosca...
International audienceIn this paper, some aspects of a multiscale strategy for the analysis of crack...
The paper deals with numerical computation of a crack problem posed on microstructural heterogeneous...
Although the current numerical tools evolve quickly, the computation of mechanical problems faces ma...
Adaptive methods for multiscale fracture In this work, we discuss two classes of methods to reduce ...
International audienceIn multiscale analysis of components, there is usually a need to solve micro-s...
International audienceIn multiscale analysis of components, there is usually a need to solve micro-s...
International audienceMulti-scale analysis of components usually leads to solving micro-structures w...
International audienceToday, structural analysis involving cracking is being reconsidered in the lig...
International audienceThe aim of this work is to solve mechanical problems on large structure contai...
AcceptéInternational audienceIn this contribution, a strategy is proposed for uncoupling geometrical...
In this paper, we develop a novel unfitted multiscale framework that combines two separate scales re...
International audienceThis article is concerned with a multi-scale domain decomposition method (DDM)...
In this paper, we develop a novel unfitted multiscale framework that combines two separate scales re...
The aim of this paper is to propose a continuous–discontinuous computational homogenization–localiza...
This paper presents a multi-scale modelling approach for bridging the microscale damage and macrosca...
International audienceIn this paper, some aspects of a multiscale strategy for the analysis of crack...
The paper deals with numerical computation of a crack problem posed on microstructural heterogeneous...
Although the current numerical tools evolve quickly, the computation of mechanical problems faces ma...
Adaptive methods for multiscale fracture In this work, we discuss two classes of methods to reduce ...