In the particular approach herein proposed, RANS and LES are combined in order to achieve a detailed description of turbulent flows without incurring in infeasible computational effort. This model is based on the hybrid filter approach proposed by Germano [5]. One of the most interesting point of this approach, is that the equations obtained by filtering Navier–Stokes equations, already include terms which are able to represent the interactions between RANS and LES regions. Therefore no further artificial terms are needed to allow the appropriate energy and momentum transfer between RANS and LES. This approach has already been tested [8, 10] showing promising results
Ideally, a hybrid LES-RANS computation would employ LES only where necessary to make up for the fail...
The main bottle neck for using Large Eddy Simulations at high Reynolds number is the requirement of ...
Hybrid RANS-LES computations combine the bene ts of RANS and LES so that LES is used in regions wher...
In the particular approach herein proposed, RANS and LES are combined in order to achieve a detailed...
One of the most important and challenging topics in the Large Eddy Simulation of turbulent flows is ...
The Hybrid RANS/LES method proposed is based on the hybrid filter approach introduced by Germano in ...
filter approach, which additively combines an LES-like filter operator (F) and a RANS-like statistic...
Germano (Theor Comput Fluid Dyn 17:225–331, 2004) proposed a hybrid-filter approach, which additivel...
Abstract. In the late eighties and up to the beginning of nineties computation of turbulent flows is...
A two-equation turbulence model that can adjust itself from RANS to LES regimes is constructed using...
Several attempts of hybrid RANS/LES can be found in the literature. While Labourasse and Sagaut [6] ...
In the paper we present some preliminary results related to a new LES approach, the mixed RANS/LES m...
This book gathers the proceedings of the Fifth Symposium on Hybrid RANS-LES Methods, which was held ...
This paper deals with the use of a hybrid RANS/LES method. A one-equation turbulence model is used i...
The paper is concerned with a new hybrid LES–RANS approach, which splits up the simulation into a ...
Ideally, a hybrid LES-RANS computation would employ LES only where necessary to make up for the fail...
The main bottle neck for using Large Eddy Simulations at high Reynolds number is the requirement of ...
Hybrid RANS-LES computations combine the bene ts of RANS and LES so that LES is used in regions wher...
In the particular approach herein proposed, RANS and LES are combined in order to achieve a detailed...
One of the most important and challenging topics in the Large Eddy Simulation of turbulent flows is ...
The Hybrid RANS/LES method proposed is based on the hybrid filter approach introduced by Germano in ...
filter approach, which additively combines an LES-like filter operator (F) and a RANS-like statistic...
Germano (Theor Comput Fluid Dyn 17:225–331, 2004) proposed a hybrid-filter approach, which additivel...
Abstract. In the late eighties and up to the beginning of nineties computation of turbulent flows is...
A two-equation turbulence model that can adjust itself from RANS to LES regimes is constructed using...
Several attempts of hybrid RANS/LES can be found in the literature. While Labourasse and Sagaut [6] ...
In the paper we present some preliminary results related to a new LES approach, the mixed RANS/LES m...
This book gathers the proceedings of the Fifth Symposium on Hybrid RANS-LES Methods, which was held ...
This paper deals with the use of a hybrid RANS/LES method. A one-equation turbulence model is used i...
The paper is concerned with a new hybrid LES–RANS approach, which splits up the simulation into a ...
Ideally, a hybrid LES-RANS computation would employ LES only where necessary to make up for the fail...
The main bottle neck for using Large Eddy Simulations at high Reynolds number is the requirement of ...
Hybrid RANS-LES computations combine the bene ts of RANS and LES so that LES is used in regions wher...