We present an overview of the mesh adaptation facility of the DLR TAU code as well as details of improvements made to it in the recent MEGADESIGN project, in particular focusing on advances made in the core of the adaptation module (for example parallel (de-)refinement and other efficiency improvements) as well as a relatively new type of adaptation indicator based on the adjoint solution (among other things) for a goal-oriented mesh adaption. These improvements to the existing algorithms already available in the TAU code allow us to produce improved computational meshes in a more distributed manner, which provide more accurate predictions for selected functionals of the flow solution such as drag or lift -- in fact, for any for which the n...
Mesh adaptation can be a very powerful tool for improving the accuracy and/or efficiency of simulati...
This volume contains results of the German CFD initiative MEGADESIGN which combines CFD development ...
In the present thesis report the author synthetizes 9 months of work at the DSNA department of ONERA...
We present an overview of the mesh adaptation facility of the DLR TAU code as well as details of imp...
Within the framework of the project MUNA, several enhancements of the grid adaptation tool of the DL...
This paper gives an overview of the TAU-Code, DLR's system for complex flow simulations on unstructu...
This paper gives an overview of the TAU-Code, DLR's system for complex flow simulations on unstructu...
This paper covers a description of the algorithms and data-structures used in the parallel DLR TAU-c...
The DLR-TAU Code is a CFD software package for solving the Euler or Reynolds-averaged Navier-Stokes ...
This paper deals with local grid adaptation in an unstructured method and its capability of increasi...
The paper describes a selection of algorithmic developments which have been implemented in the hybri...
Computational meshes used in practical aerodynamic applications may possess various properties. For ...
International audienceIn aeronautical CFD, engineers require accurate predictions of the forces and ...
This document sums up the researches conducted in Computational Fluid Dynamics, based on discrete ad...
Mesh deformation for unstructured grids is usually solved employing algorithms based on a spring ana...
Mesh adaptation can be a very powerful tool for improving the accuracy and/or efficiency of simulati...
This volume contains results of the German CFD initiative MEGADESIGN which combines CFD development ...
In the present thesis report the author synthetizes 9 months of work at the DSNA department of ONERA...
We present an overview of the mesh adaptation facility of the DLR TAU code as well as details of imp...
Within the framework of the project MUNA, several enhancements of the grid adaptation tool of the DL...
This paper gives an overview of the TAU-Code, DLR's system for complex flow simulations on unstructu...
This paper gives an overview of the TAU-Code, DLR's system for complex flow simulations on unstructu...
This paper covers a description of the algorithms and data-structures used in the parallel DLR TAU-c...
The DLR-TAU Code is a CFD software package for solving the Euler or Reynolds-averaged Navier-Stokes ...
This paper deals with local grid adaptation in an unstructured method and its capability of increasi...
The paper describes a selection of algorithmic developments which have been implemented in the hybri...
Computational meshes used in practical aerodynamic applications may possess various properties. For ...
International audienceIn aeronautical CFD, engineers require accurate predictions of the forces and ...
This document sums up the researches conducted in Computational Fluid Dynamics, based on discrete ad...
Mesh deformation for unstructured grids is usually solved employing algorithms based on a spring ana...
Mesh adaptation can be a very powerful tool for improving the accuracy and/or efficiency of simulati...
This volume contains results of the German CFD initiative MEGADESIGN which combines CFD development ...
In the present thesis report the author synthetizes 9 months of work at the DSNA department of ONERA...