We shall study a turbulence model arising in compressible fluid mechanics. The model called $\theta - \phi$ we study is closely related to the k-epsilon model. We shall establish existence, positivity and regularity results in a very general framework
International audienceThis PhD thesis is devoted to deterministic study of the turbulence in the Nav...
A compressible turbulence model based on the kappa-zeta (enstrophy) model of Robinson et al. is deve...
International audienceThis PhD thesis is devoted to deterministic study of the turbulence in the Nav...
The k-epsilon model is the most widely used turbulence model in engineering calculations. However, t...
MEMO No CFD/THERMO-14-97 Date: 13. January 1997Abstract: In the k-ε turbulence model the effect of ...
AbstractIn this paper, we study a modelization of the turbulence which allows us to have a control o...
In this paper, we present an alternative derivation of the entropy production in turbulent flows, ba...
This report describes two approaches to low Reynolds-number k-epsilon turbulence modeling which form...
International audienceWe model a 3D turbulent fluid, evolving toward a statistical equilibrium, by a...
Several direct simulations of 3-D homogeneous, compressible turbulence are presented with emphasis o...
This viewgraph presentation discusses (1) turbulence modeling: challenges in turbulence modeling, de...
The statistical theory of turbulence affords an excellent medium for representing the kinematic cond...
A near-wall two-equation model for compressible flows is proposed. The model is formulated by relaxi...
In this paper, we present an alternative derivation of the entropy production in turbulent flows, ba...
Recent developments at several levels of statistical turbulence modeling applicable to aerodynamics ...
International audienceThis PhD thesis is devoted to deterministic study of the turbulence in the Nav...
A compressible turbulence model based on the kappa-zeta (enstrophy) model of Robinson et al. is deve...
International audienceThis PhD thesis is devoted to deterministic study of the turbulence in the Nav...
The k-epsilon model is the most widely used turbulence model in engineering calculations. However, t...
MEMO No CFD/THERMO-14-97 Date: 13. January 1997Abstract: In the k-ε turbulence model the effect of ...
AbstractIn this paper, we study a modelization of the turbulence which allows us to have a control o...
In this paper, we present an alternative derivation of the entropy production in turbulent flows, ba...
This report describes two approaches to low Reynolds-number k-epsilon turbulence modeling which form...
International audienceWe model a 3D turbulent fluid, evolving toward a statistical equilibrium, by a...
Several direct simulations of 3-D homogeneous, compressible turbulence are presented with emphasis o...
This viewgraph presentation discusses (1) turbulence modeling: challenges in turbulence modeling, de...
The statistical theory of turbulence affords an excellent medium for representing the kinematic cond...
A near-wall two-equation model for compressible flows is proposed. The model is formulated by relaxi...
In this paper, we present an alternative derivation of the entropy production in turbulent flows, ba...
Recent developments at several levels of statistical turbulence modeling applicable to aerodynamics ...
International audienceThis PhD thesis is devoted to deterministic study of the turbulence in the Nav...
A compressible turbulence model based on the kappa-zeta (enstrophy) model of Robinson et al. is deve...
International audienceThis PhD thesis is devoted to deterministic study of the turbulence in the Nav...