International audienceBy using Sign fields, of Level-Set type, contact laws are written merely as classical equalities boundary conditions. This allows us to derive easily weak Lagrangian formulations of contact problems based on weak equalities and to stabilize these formulations by using rather classical techniques. As a matter of fact, the stabilized formulation is shown to be a generalization of both the Lagrangian and (popular) augmented Lagrangian ones. Moreover, the consistence of the stabilization term is analyzed. The main practical endeavors of our developments are exemplified by numerical tests.En introduisant un champ de Signe (de type Fonction de Niveau), défini sur la zone potentielle de contact, les lois de contact sont écrit...
International audienceThe goal of this communication is to present a sub-gradient algorithm for the ...
In most finite element (FE) codes contact is checked only at the nodes, corresponding to the use of ...
National audienceSee http://hal.archives-ouvertes.fr/docs/00/59/27/80/ANNEX/r_OOA5W46J.pd
International audienceBy using Sign fields, of Level-Set type, contact laws are written merely as cl...
This work focuses on the assessment of the relative performance of the so-called contact domain meth...
L'objectif de ce chapitre est de faire une présentation détaillée de développements récents sur l'ap...
International audienceNous considérons la problématique du contact normal entre un solide élastique ...
We propose two different Lagrange multiplier methods for contact problems derived from the augmented...
ABSTRACT. By introducing unknown Level-Sets fields on contact interface, the Signorini-Moreau dynami...
International audienceThe Signorini-Moreau contact conditions are set as equations by using unknown ...
International audienceL'objet de cet exposé est de montrer la faisabilité et l'efficacité de méthode...
Among the available methods for the numerical solution of contact problems, the penalty method is pr...
International audienceNous proposons une méthode pour la résolution des problèmes de contact dans la...
International audienceBy introducing unknown Level-Sets fields on contact interface, the Signorini-M...
Ce document traite le problème de l’élasticité en grandes déformations avec contact frottant. Dans l...
International audienceThe goal of this communication is to present a sub-gradient algorithm for the ...
In most finite element (FE) codes contact is checked only at the nodes, corresponding to the use of ...
National audienceSee http://hal.archives-ouvertes.fr/docs/00/59/27/80/ANNEX/r_OOA5W46J.pd
International audienceBy using Sign fields, of Level-Set type, contact laws are written merely as cl...
This work focuses on the assessment of the relative performance of the so-called contact domain meth...
L'objectif de ce chapitre est de faire une présentation détaillée de développements récents sur l'ap...
International audienceNous considérons la problématique du contact normal entre un solide élastique ...
We propose two different Lagrange multiplier methods for contact problems derived from the augmented...
ABSTRACT. By introducing unknown Level-Sets fields on contact interface, the Signorini-Moreau dynami...
International audienceThe Signorini-Moreau contact conditions are set as equations by using unknown ...
International audienceL'objet de cet exposé est de montrer la faisabilité et l'efficacité de méthode...
Among the available methods for the numerical solution of contact problems, the penalty method is pr...
International audienceNous proposons une méthode pour la résolution des problèmes de contact dans la...
International audienceBy introducing unknown Level-Sets fields on contact interface, the Signorini-M...
Ce document traite le problème de l’élasticité en grandes déformations avec contact frottant. Dans l...
International audienceThe goal of this communication is to present a sub-gradient algorithm for the ...
In most finite element (FE) codes contact is checked only at the nodes, corresponding to the use of ...
National audienceSee http://hal.archives-ouvertes.fr/docs/00/59/27/80/ANNEX/r_OOA5W46J.pd