International audienceWe consider the extension of the Nitsche method to the case of fluid-structure interaction problems on unfitted meshes. We give a stability analysis for the space semi-discretized problem and show how this estimate may be used to derive optimal error estimates for smooth solutions, irrespectively of the mesh/interface intersection. We also discuss different strategies for the time discretization, using either fully implicit or explicit coupling (loosely coupled) schemes. Some numerical examples illustrate the theoretical discussion
International audienceThe complete numerical analysis of time splitting schemes which avoid strong c...
This thesis is dedicated to the modeling, numerical analysis and simulation of fluid-structure inter...
This thesis is dedicated to the modeling, numerical analysis and simulation of fluid-structure inter...
AbstractWe consider the extension of the Nitsche method to the case of fluid–structure interaction p...
AbstractWe consider the extension of the Nitsche method to the case of fluid–structure interaction p...
International audienceIn this paper we introduce a Nitsche-XFEM method for fluid-structure interact...
International audienceIn this paper we introduce a Nitsche-XFEM method for fluid-structure interact...
International audienceTwo unfitted mesh methods for a linear incompressible fluid/thin-walled stru...
International audienceUnfitted mesh finite element approximations of immersed incompressible fluid-s...
International audienceWe present two new classes of numerical methods for the solution of incompress...
This paper extends the unfitted Nitsche-XFEM method of [Comput. Methods Appl. Mech. Engrg., 301, 300...
International audienceUnfitted mesh finite element approximations of immersed incompressible fluid-s...
International audienceWe present two new classes of numerical methods for the solution of incompress...
International audienceWe discuss explicit coupling schemes for fluid-structure interaction problems ...
International audienceThe complete numerical analysis of time splitting schemes which avoid strong c...
International audienceThe complete numerical analysis of time splitting schemes which avoid strong c...
This thesis is dedicated to the modeling, numerical analysis and simulation of fluid-structure inter...
This thesis is dedicated to the modeling, numerical analysis and simulation of fluid-structure inter...
AbstractWe consider the extension of the Nitsche method to the case of fluid–structure interaction p...
AbstractWe consider the extension of the Nitsche method to the case of fluid–structure interaction p...
International audienceIn this paper we introduce a Nitsche-XFEM method for fluid-structure interact...
International audienceIn this paper we introduce a Nitsche-XFEM method for fluid-structure interact...
International audienceTwo unfitted mesh methods for a linear incompressible fluid/thin-walled stru...
International audienceUnfitted mesh finite element approximations of immersed incompressible fluid-s...
International audienceWe present two new classes of numerical methods for the solution of incompress...
This paper extends the unfitted Nitsche-XFEM method of [Comput. Methods Appl. Mech. Engrg., 301, 300...
International audienceUnfitted mesh finite element approximations of immersed incompressible fluid-s...
International audienceWe present two new classes of numerical methods for the solution of incompress...
International audienceWe discuss explicit coupling schemes for fluid-structure interaction problems ...
International audienceThe complete numerical analysis of time splitting schemes which avoid strong c...
International audienceThe complete numerical analysis of time splitting schemes which avoid strong c...
This thesis is dedicated to the modeling, numerical analysis and simulation of fluid-structure inter...
This thesis is dedicated to the modeling, numerical analysis and simulation of fluid-structure inter...