Add to ORKGThe paper presents near-wall turbulence models which incorporate the idea of elliptic relaxation. The simplified elliptic blending model is ap-plied in the Lagrangian probability density function (PDF) approach. The PDF method is extended to compute near-wall viscous momentum transport. Computations are performed for fully developed turbulent channel flow and validated against available DNS data. Key words: near-wall turbulence, PDF method, elliptic relaxation 1
An improved k-epsilon model and a second order closure model is presented for low Reynolds number tu...
A new turbulence model based on elliptic blending, termed as k − ω − ϕ − α model, is developed. This...
A near wall turbulence model and its incorporation into a multiple-time-scale turbulence model are p...
A new approach to modeling the effects of a solid wall in one-point second-moment (Reynolds-stress) ...
The variable-resolution partially averaged Navier-Stokes bridging strategy is applied to the four-eq...
L’objectif de ce travail est la prédiction numérique d’écoulements turbulents de fluides newtoniens ...
This is the author accepted manuscript. The final version is available from Elsevier via the DOI in ...
In this paper we present a Direct Numerical Simulations (DNS) of channel flow with stationary and mo...
The modeling of near-wall turbulent heat transfer necessitates appropriate description of near-wall ...
A transport equation for eddy viscosity is proposed for wall bounded turbulent flows. The proposed m...
The pseudo-stochastic model recently proposed by Mémin (2014) is investigated and compared with the ...
Engineering flows are generally characterised by complex strain field and turbulence structure arisi...
Over the past twenty-five years, there has been considerable research devoted to the development of ...
At present it is widely accepted that there is no universal turbulence model, i.e. no turbulence mod...
The theory behind the RANS equations and common DRSM modeling terms is presented. Most current DRSM ...
An improved k-epsilon model and a second order closure model is presented for low Reynolds number tu...
A new turbulence model based on elliptic blending, termed as k − ω − ϕ − α model, is developed. This...
A near wall turbulence model and its incorporation into a multiple-time-scale turbulence model are p...
A new approach to modeling the effects of a solid wall in one-point second-moment (Reynolds-stress) ...
The variable-resolution partially averaged Navier-Stokes bridging strategy is applied to the four-eq...
L’objectif de ce travail est la prédiction numérique d’écoulements turbulents de fluides newtoniens ...
This is the author accepted manuscript. The final version is available from Elsevier via the DOI in ...
In this paper we present a Direct Numerical Simulations (DNS) of channel flow with stationary and mo...
The modeling of near-wall turbulent heat transfer necessitates appropriate description of near-wall ...
A transport equation for eddy viscosity is proposed for wall bounded turbulent flows. The proposed m...
The pseudo-stochastic model recently proposed by Mémin (2014) is investigated and compared with the ...
Engineering flows are generally characterised by complex strain field and turbulence structure arisi...
Over the past twenty-five years, there has been considerable research devoted to the development of ...
At present it is widely accepted that there is no universal turbulence model, i.e. no turbulence mod...
The theory behind the RANS equations and common DRSM modeling terms is presented. Most current DRSM ...
An improved k-epsilon model and a second order closure model is presented for low Reynolds number tu...
A new turbulence model based on elliptic blending, termed as k − ω − ϕ − α model, is developed. This...
A near wall turbulence model and its incorporation into a multiple-time-scale turbulence model are p...