In Kotov et al. (Proceedings of ICCFD8, 2014) the LES of a turbulent flow with a strong shock by Yee and Sjögreen (Proceedings of ICOSAHOM 09, Trondheim, Norway, 2013) scheme indicated a good agreement with the filtered DNS data. There are vastly different requirements in the minimization of numerical dissipation for accurate turbulence simulations of different compressible flow types and flow speeds. The present study examines the versatility of the Yee and Sjögreen scheme for LES of low speed flows. Special attention is focused on the accuracy performance of this scheme using the Smagorinsky and the Germano-Lilly SGS models
Accurate and efficient direct numerical simulation of turbulence in the presence of shock waves repr...
Several dispersion relation-preserving (DRP) spatially central discretizations are considered as the...
High-speed turbulent flows are encountered in most space-related applications (including exploration...
In Kotov et al. (Proceedings of ICCFD8, 2014) the LES of a turbulent flow with a strong shock by Yee...
The Yee & Sjögreen adaptive numerical dissipation control in high order scheme (High Order Filter Me...
This paper extends the accuracy of the high order nonlinear filter finite difference method of Yee a...
Recent progress in the improvement of numerical stability and accuracy of the Yee and Sjögreen [49] ...
A comprehensive study is conducted on a second-order low-dissipation low-dispersion (LD2) scheme in ...
In a series of papers, Olsson (1994, 1995), Olsson & Oliger (1994), Strand (1994), Gerritsen &am...
In a series of papers, Olsson (1994, 1995), Olsson & Oliger (1994), Strand (1994), Gerritsen Olsson ...
Anapproach which closely maintains the non-dissipative nature of classical fourth or higher-order sp...
Simulation of turbulent flows with shocks employing explicit subgrid-scale (SGS) filtering may encou...
Accurate and efficient direct numerical simulation of turbulence in the presence of shock waves repr...
Several dispersion relation-preserving (DRP) spatially central discretizations are considered as the...
High-speed turbulent flows are encountered in most space-related applications (including exploration...
In Kotov et al. (Proceedings of ICCFD8, 2014) the LES of a turbulent flow with a strong shock by Yee...
The Yee & Sjögreen adaptive numerical dissipation control in high order scheme (High Order Filter Me...
This paper extends the accuracy of the high order nonlinear filter finite difference method of Yee a...
Recent progress in the improvement of numerical stability and accuracy of the Yee and Sjögreen [49] ...
A comprehensive study is conducted on a second-order low-dissipation low-dispersion (LD2) scheme in ...
In a series of papers, Olsson (1994, 1995), Olsson & Oliger (1994), Strand (1994), Gerritsen &am...
In a series of papers, Olsson (1994, 1995), Olsson & Oliger (1994), Strand (1994), Gerritsen Olsson ...
Anapproach which closely maintains the non-dissipative nature of classical fourth or higher-order sp...
Simulation of turbulent flows with shocks employing explicit subgrid-scale (SGS) filtering may encou...
Accurate and efficient direct numerical simulation of turbulence in the presence of shock waves repr...
Several dispersion relation-preserving (DRP) spatially central discretizations are considered as the...
High-speed turbulent flows are encountered in most space-related applications (including exploration...
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