We consider finite-element level set for the motion of an interface between incompressible fluids. Variational statements are used for improving conserva-tion. Stability and accuracy are validated by combining the new scheme with a mesh adaptation unsteady method relyin on anisotropic unstructured meshes
We present a coupled moving mesh and level set method for computing incompressible two-phase flow wi...
In the context of numerical simulations of multiphysics flows, accurate tracking of an interface and...
In the context of numerical simulations of multiphysics flows, accurate tracking of an interface and...
International audienceWe propose in this work an adaptive variational multiscale method for two-flui...
International audienceCoupled problem involving several domains required to describe accurately the ...
DWR method, goal-oriented mesh adaptation Abstract. We propose a general variational framework for t...
We propose a general variational framework for the adaptive finite element approximation of fluid-st...
This paper presents a new immersed volume method for solving rigid body motions. The proposed metho...
International audienceThis paper presents a monolithic formulation framework combined with an anisot...
This paper presents a monolithic formulation framework combined with an anisotropic mesh adaptation ...
International audienceThis paper presents a monolithic formulation framework combined with an anisot...
Simulation of problems involving different media that are flowing or deforming requires tracking the...
International audienceMechanical computations in multiphase domains raise numerous difficulties from...
An anisotropic adaptation process is applied to a three-dimensional incompressible two-phase flow so...
International audienceThis paper presents a stabilized finite element method for the solution of inc...
We present a coupled moving mesh and level set method for computing incompressible two-phase flow wi...
In the context of numerical simulations of multiphysics flows, accurate tracking of an interface and...
In the context of numerical simulations of multiphysics flows, accurate tracking of an interface and...
International audienceWe propose in this work an adaptive variational multiscale method for two-flui...
International audienceCoupled problem involving several domains required to describe accurately the ...
DWR method, goal-oriented mesh adaptation Abstract. We propose a general variational framework for t...
We propose a general variational framework for the adaptive finite element approximation of fluid-st...
This paper presents a new immersed volume method for solving rigid body motions. The proposed metho...
International audienceThis paper presents a monolithic formulation framework combined with an anisot...
This paper presents a monolithic formulation framework combined with an anisotropic mesh adaptation ...
International audienceThis paper presents a monolithic formulation framework combined with an anisot...
Simulation of problems involving different media that are flowing or deforming requires tracking the...
International audienceMechanical computations in multiphase domains raise numerous difficulties from...
An anisotropic adaptation process is applied to a three-dimensional incompressible two-phase flow so...
International audienceThis paper presents a stabilized finite element method for the solution of inc...
We present a coupled moving mesh and level set method for computing incompressible two-phase flow wi...
In the context of numerical simulations of multiphysics flows, accurate tracking of an interface and...
In the context of numerical simulations of multiphysics flows, accurate tracking of an interface and...