Add to ORKGInternational audienceThe Sub-Mesh Penalty (SMP) method, a new fictitious domain method of high order is presented. The final aim is to develop an efficient coupling between incompressible multiphase flows and fixed or moving obstacles of complex shape. The flow is solved on a fixed Cartesian grid and the solid objects are represented by Lagrangian surface elements. Several validation problems in 2D and 3D are presented to demonstrate the interest and accuracy of the method
This paper presents an Immersed Boundary Method (IBM) for handling flows in the presence of fixed an...
In the last decade, there has been a lot of interest in developing high-order methods as viable opti...
A general interface procedure is presented for multi-domain collocation methods satisfying the summa...
International audienceThe Sub-Mesh Penalty (SMP) method, a new fictitious domain method of high orde...
The Fictitious Boundary Method (FBM) and the Penalty Method (PM) for solving the incompressible Navi...
Abstract. We present here some contributions to the numerical analysis of the penalty method in the ...
International audienceA penalization method is applied to model the interaction of large Mach number...
The simulations of fluid flows in complex geometries require the generation of body-fitted meshes wh...
La simulation d'écoulements dans des géométries complexes nécessite la création de maillages parfois...
The volume penalty method provides a simple, efficient approach for solving the incompressible Navie...
This work aims to propose a comparison between the well known penalty method and the contact mesh ap...
Fictitious domain methods allow to simulate flows around complex and/or moving bodies with simple me...
International audienceFlows around complex stationary/moving solids take an important place in life-...
A penalization approach is presented to simulate two-phase flow in the presence of immersed solid bo...
This paper presents an Immersed Boundary Method (IBM) for handling flows in the presence of fixed an...
This paper presents an Immersed Boundary Method (IBM) for handling flows in the presence of fixed an...
In the last decade, there has been a lot of interest in developing high-order methods as viable opti...
A general interface procedure is presented for multi-domain collocation methods satisfying the summa...
International audienceThe Sub-Mesh Penalty (SMP) method, a new fictitious domain method of high orde...
The Fictitious Boundary Method (FBM) and the Penalty Method (PM) for solving the incompressible Navi...
Abstract. We present here some contributions to the numerical analysis of the penalty method in the ...
International audienceA penalization method is applied to model the interaction of large Mach number...
The simulations of fluid flows in complex geometries require the generation of body-fitted meshes wh...
La simulation d'écoulements dans des géométries complexes nécessite la création de maillages parfois...
The volume penalty method provides a simple, efficient approach for solving the incompressible Navie...
This work aims to propose a comparison between the well known penalty method and the contact mesh ap...
Fictitious domain methods allow to simulate flows around complex and/or moving bodies with simple me...
International audienceFlows around complex stationary/moving solids take an important place in life-...
A penalization approach is presented to simulate two-phase flow in the presence of immersed solid bo...
This paper presents an Immersed Boundary Method (IBM) for handling flows in the presence of fixed an...
This paper presents an Immersed Boundary Method (IBM) for handling flows in the presence of fixed an...
In the last decade, there has been a lot of interest in developing high-order methods as viable opti...
A general interface procedure is presented for multi-domain collocation methods satisfying the summa...