This paper is dedicated to turbulence-model consistent universal wall-functions for aerodynamic flows with separation, which allow for a considerable solver accelaration and reduction of memory consump-tions at only a small loss in accuracy even in flows with separation and reattachment. A major concern in industrial CFD are still the huge computing costs for 3D flow simulations in complex geometries, i
This master’s thesis was provided by the Swedish Defence Research Agency, FOI. The task is to test s...
This paper describes a generalized wall function for threedimensional turbulent boundary layer flows...
A generalized wall function was proposed by Shih et al., (1999). It accounts the effect of pressure ...
A model-consistent universal wall-function method for RANS turbulence modelling is presented, which...
A universal wall-function method for RANS turbulence modelling is presented which allows for a consi...
A universal wall-function method for RANS turbulence modelling is presented, which is designed by co...
Key words: Wall function, RANS turbulence modelling, boundary layer approximation, sepa-ration Abstr...
This thesis presents two new numerical wall models for computing Reynolds-Averaged-Navier-Stokes (RA...
International audienceTo assert the validity of the wall law approach in a RANS code, systematic com...
This paper presents a grid and flow adaptive wall-function method for RANS turbulence modelling wi...
In recent years, the interest for composite RANS-LES models, wall-modelled LES approaches and their ...
Accurately capturing of turbulence has been a challenging problem for both the academic study and in...
The numerical solution of the Reynolds averaged Navier-Stokes (RANS) equations for aerodynamic flows...
This report is dedicated to a new wall-function approach for RANS turbulence modelling of subsonic a...
This report explains and discuss two main boundary condi-tions for turbulence models: the integratin...
This master’s thesis was provided by the Swedish Defence Research Agency, FOI. The task is to test s...
This paper describes a generalized wall function for threedimensional turbulent boundary layer flows...
A generalized wall function was proposed by Shih et al., (1999). It accounts the effect of pressure ...
A model-consistent universal wall-function method for RANS turbulence modelling is presented, which...
A universal wall-function method for RANS turbulence modelling is presented which allows for a consi...
A universal wall-function method for RANS turbulence modelling is presented, which is designed by co...
Key words: Wall function, RANS turbulence modelling, boundary layer approximation, sepa-ration Abstr...
This thesis presents two new numerical wall models for computing Reynolds-Averaged-Navier-Stokes (RA...
International audienceTo assert the validity of the wall law approach in a RANS code, systematic com...
This paper presents a grid and flow adaptive wall-function method for RANS turbulence modelling wi...
In recent years, the interest for composite RANS-LES models, wall-modelled LES approaches and their ...
Accurately capturing of turbulence has been a challenging problem for both the academic study and in...
The numerical solution of the Reynolds averaged Navier-Stokes (RANS) equations for aerodynamic flows...
This report is dedicated to a new wall-function approach for RANS turbulence modelling of subsonic a...
This report explains and discuss two main boundary condi-tions for turbulence models: the integratin...
This master’s thesis was provided by the Swedish Defence Research Agency, FOI. The task is to test s...
This paper describes a generalized wall function for threedimensional turbulent boundary layer flows...
A generalized wall function was proposed by Shih et al., (1999). It accounts the effect of pressure ...