International audienceNumerical approaches allowing for the local analysis of global models are listed, the Arlequin method being the topic of focus. By superposing mechanical states sharing energies, this method generates a partition of models framework that gives a consistent ``plasticity'' to the classical mechanical and numerical (mono-)modelling. It consists in a family of formulations of mechanical problems, each of them being derived by combining basic bricks whose choices are rigorously analysed. The effectiveness of this partition of models framework to allow concurrent multimodel and multiscale analysis is exemplified
L’objectif principal de ce travail de thèse est de consolider et rendre opérationnelle l’extension d...
Models allowing the prediction of the failure of structures by crack propagation were first introduc...
An Arlequin poromechanics model is introduced to simulate the hydro-mechanical coupling effects of f...
International audienceNumerical approaches allowing for the local analysis of global models are list...
International audienceNumerical approaches allowing the local analysis of global models are discusse...
The Arlequin method [1], [2] is a general numerical modeling methodology that superposes models and ...
By superposing and gluing models, the Arlequin method offers an extended modelling framework for the...
International audienceIn this paper, we investigate the coupling of reduced models for the simulatio...
International audienceThe Arlequin method has been successfully used to alterate a given safe struct...
International audienceWe will show in this presentation a new implementation of a multi-scale, multi...
We propose a concurrent multiscale method for fracture coupling two three-dimensional continuum doma...
International audienceOne of the main pillar of the multimodel Arlequin framework is the transmissio...
L’objectif principal de ce travail de thèse est de consolider et rendre opérationnelle l’extension d...
Models allowing the prediction of the failure of structures by crack propagation were first introduc...
An Arlequin poromechanics model is introduced to simulate the hydro-mechanical coupling effects of f...
International audienceNumerical approaches allowing for the local analysis of global models are list...
International audienceNumerical approaches allowing the local analysis of global models are discusse...
The Arlequin method [1], [2] is a general numerical modeling methodology that superposes models and ...
By superposing and gluing models, the Arlequin method offers an extended modelling framework for the...
International audienceIn this paper, we investigate the coupling of reduced models for the simulatio...
International audienceThe Arlequin method has been successfully used to alterate a given safe struct...
International audienceWe will show in this presentation a new implementation of a multi-scale, multi...
We propose a concurrent multiscale method for fracture coupling two three-dimensional continuum doma...
International audienceOne of the main pillar of the multimodel Arlequin framework is the transmissio...
L’objectif principal de ce travail de thèse est de consolider et rendre opérationnelle l’extension d...
Models allowing the prediction of the failure of structures by crack propagation were first introduc...
An Arlequin poromechanics model is introduced to simulate the hydro-mechanical coupling effects of f...