International audienceThis article deals with the description and the validation of the unstructured viscous RANS flow solver Wolf and its compliance with anisotropic unstructured mesh adaptation. We first describe the numerical scheme of the flow solver and its validation on standard test cases. We then give a general description of the mesh generator and its main features for viscous mesh generation and adaptation. From these points, we define some simple strategies to perform adaptive computation for RANS solutions. Each technique is illus-trated with a numerical example and we discuss its robustness, effectiveness and ability to handle complex geometries
Adaptive Mesh Refinement, or AMR, has been used as a tool in CFD to resolve and capture compressible...
This article is a review of our work towards a parameter-free method for simulation of turbulent flo...
International audienceThis paper is an attempt to combine a full multigrid (FMG) algorithm with the ...
International audienceThis article deals with the description and the validation of the unstructured...
Numerical simulation of the Reynolds-averaged NavierStokes (RANS) equations has become a critical to...
International audienceThis presentation discusses an anisotropic adaptive strategy in the context of...
This thesis deals with the high-fidelity prediction of viscous turbulent flows modelized by the Reyn...
International audienceAerodynamic characteristics of various geometries are predicted using a finite...
Understanding the flow of fluid, either liquid or gas, through and around solid bodies has challenge...
Capturing accurately the whole flow field around a complex geometry remains a challenge for viscous ...
The solution of complex three-dimensional computational fluid dynamics (CFD) problems in general nec...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 2002....
grantor: University of TorontoUnstructured grids are used in numerical models applied to ...
The accuracy of a fluid flow simulation depends not only on the numerical method used for discretizi...
Unstructured grid adaptation is a tool to control Computational Fluid Dynamics (CFD) discretization ...
Adaptive Mesh Refinement, or AMR, has been used as a tool in CFD to resolve and capture compressible...
This article is a review of our work towards a parameter-free method for simulation of turbulent flo...
International audienceThis paper is an attempt to combine a full multigrid (FMG) algorithm with the ...
International audienceThis article deals with the description and the validation of the unstructured...
Numerical simulation of the Reynolds-averaged NavierStokes (RANS) equations has become a critical to...
International audienceThis presentation discusses an anisotropic adaptive strategy in the context of...
This thesis deals with the high-fidelity prediction of viscous turbulent flows modelized by the Reyn...
International audienceAerodynamic characteristics of various geometries are predicted using a finite...
Understanding the flow of fluid, either liquid or gas, through and around solid bodies has challenge...
Capturing accurately the whole flow field around a complex geometry remains a challenge for viscous ...
The solution of complex three-dimensional computational fluid dynamics (CFD) problems in general nec...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 2002....
grantor: University of TorontoUnstructured grids are used in numerical models applied to ...
The accuracy of a fluid flow simulation depends not only on the numerical method used for discretizi...
Unstructured grid adaptation is a tool to control Computational Fluid Dynamics (CFD) discretization ...
Adaptive Mesh Refinement, or AMR, has been used as a tool in CFD to resolve and capture compressible...
This article is a review of our work towards a parameter-free method for simulation of turbulent flo...
International audienceThis paper is an attempt to combine a full multigrid (FMG) algorithm with the ...