For CFD simulations on overset grids with grid overlap on body surfaces the Chimera interpolation scheme must be extended to allow for an accurate interpolation inside boundary layers. For this purpose a projection algorithm is introduced which ensures an interpolation with identical wall distance on grids with different surface discretizations. In order to compute loads like lift and drag an algorithm is presented which removes the grid overlap and fills the gap with a triangular mesh. The methods are successfully implemented into DLR’s unstructured flow solver TAU and are applied to a flow simulation for a wing-body airplane configuration
A multivariate interpolation scheme, using radial basis functions, is presented, which results in a ...
Overset methods, by overlapping several grids, allow large and arbitrary motion of bodies. First dev...
The paper discusses the combined implementation of overset grid and patched grid methodologies and i...
A projection method for the correction of interpolation coefficients for overset grid CFD-simulation...
This paper presents a method to perform Navier-Stokes computations with the overset grid (or Chimera...
This paper presents the implementation of the overlapping grid technique into DLR's structured flow ...
A coupling environment is presented which allows to couple two flow solvers with arbitrary spatial a...
A deformable overset grid method was proposed to simulate the unsteady aerodynamic problems with mu...
There is an increasing interest in flow simulations in configurations where parts are moving relativ...
A simple, robust numerical algorithm to localize intergrid boundary points and to interpolate unstea...
La simulation numérique des écoulements (CFD) est largement utilisée aujourd'hui dans l'industrie aé...
A deformable overset grid method is proposed to simulate the unsteady aerodynamic problems with mult...
Computational fluid dynamics (CFD) is widely used today in aeronautics, while the computing power ha...
Many problems in computational fluid dynamics (CFD) involve the calculation of flow fields within or...
In order to simulate relative motion of bodies and to increase flexibility in grid generation of co...
A multivariate interpolation scheme, using radial basis functions, is presented, which results in a ...
Overset methods, by overlapping several grids, allow large and arbitrary motion of bodies. First dev...
The paper discusses the combined implementation of overset grid and patched grid methodologies and i...
A projection method for the correction of interpolation coefficients for overset grid CFD-simulation...
This paper presents a method to perform Navier-Stokes computations with the overset grid (or Chimera...
This paper presents the implementation of the overlapping grid technique into DLR's structured flow ...
A coupling environment is presented which allows to couple two flow solvers with arbitrary spatial a...
A deformable overset grid method was proposed to simulate the unsteady aerodynamic problems with mu...
There is an increasing interest in flow simulations in configurations where parts are moving relativ...
A simple, robust numerical algorithm to localize intergrid boundary points and to interpolate unstea...
La simulation numérique des écoulements (CFD) est largement utilisée aujourd'hui dans l'industrie aé...
A deformable overset grid method is proposed to simulate the unsteady aerodynamic problems with mult...
Computational fluid dynamics (CFD) is widely used today in aeronautics, while the computing power ha...
Many problems in computational fluid dynamics (CFD) involve the calculation of flow fields within or...
In order to simulate relative motion of bodies and to increase flexibility in grid generation of co...
A multivariate interpolation scheme, using radial basis functions, is presented, which results in a ...
Overset methods, by overlapping several grids, allow large and arbitrary motion of bodies. First dev...
The paper discusses the combined implementation of overset grid and patched grid methodologies and i...