In this paper we present and we briefly discuss a new way to derive approximate deconvolution subgrid models for the large eddy simulation of turbulent flow
The Approximate Deconvolution Model (ADM) for Large–Eddy Simulation is an approach for the computati...
Further development of Large Eddy Simulation faces as major obstacle the strong coupling between sub...
WOS:000348048800026International audienceApproximate deconvolution and explicit filtering of scalar ...
In this paper we present and we briefly discuss a new way to derive approximate deconvolution subgri...
The technique of large-eddy simulation (LES) continues to play an important role in the numerical si...
A kinematic simulation with an approximate deconvolution (KSAD) hybrid model is proposed to predict ...
The Approximate Deconvolution Model (ADM) for Large-Eddy Simulation is an approach for the computati...
A new modeling approach for large-eddy simulation (LES) is obtained by combining a regularization p...
We propose a new family of models for uid ows at high Reynolds numbers, large eddy simulation with c...
A subgrid-scale model for large-eddy simulation is developed and a conservative formulation of the f...
This thesis looks at the theory behind different large eddy simulation models and aims for a basic u...
In this review the filtering approach to large-eddy simulation of turbulent flow will be presented. ...
AbstractWe introduce new boundary conditions for large eddy simulation. These boundary conditions ar...
We review the spatial filtering approach to large-eddy simulation and describe the intuitive dissipa...
A new model for large eddy simulation is derived by considering a formal extension to the deconvolut...
The Approximate Deconvolution Model (ADM) for Large–Eddy Simulation is an approach for the computati...
Further development of Large Eddy Simulation faces as major obstacle the strong coupling between sub...
WOS:000348048800026International audienceApproximate deconvolution and explicit filtering of scalar ...
In this paper we present and we briefly discuss a new way to derive approximate deconvolution subgri...
The technique of large-eddy simulation (LES) continues to play an important role in the numerical si...
A kinematic simulation with an approximate deconvolution (KSAD) hybrid model is proposed to predict ...
The Approximate Deconvolution Model (ADM) for Large-Eddy Simulation is an approach for the computati...
A new modeling approach for large-eddy simulation (LES) is obtained by combining a regularization p...
We propose a new family of models for uid ows at high Reynolds numbers, large eddy simulation with c...
A subgrid-scale model for large-eddy simulation is developed and a conservative formulation of the f...
This thesis looks at the theory behind different large eddy simulation models and aims for a basic u...
In this review the filtering approach to large-eddy simulation of turbulent flow will be presented. ...
AbstractWe introduce new boundary conditions for large eddy simulation. These boundary conditions ar...
We review the spatial filtering approach to large-eddy simulation and describe the intuitive dissipa...
A new model for large eddy simulation is derived by considering a formal extension to the deconvolut...
The Approximate Deconvolution Model (ADM) for Large–Eddy Simulation is an approach for the computati...
Further development of Large Eddy Simulation faces as major obstacle the strong coupling between sub...
WOS:000348048800026International audienceApproximate deconvolution and explicit filtering of scalar ...
DOI
Add to ORKG