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Anisotropy decay of turbulence in a far momentumless wake in a linearly stratified medium
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G. G. Chernykh
Published/Copyright:
2003
We numerically analyse the evolution of a far momentumless turbulent wake in a linearly stratified medium, using three mathematical models. We compare the computational results with experimental data. The model that includes a differential equation for the transport of the triple correlations of vertical velocity component fluctuations adequately describes the process of anisotropy decay of turbulence in a wake.
Published Online: --
Published in Print: 2003-04-01
Copyright 2003, Walter de Gruyter
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Articles in the same Issue
- Methods for three-dimensional flows computation in hydraulic turbines
- Anisotropy decay of turbulence in a far momentumless wake in a linearly stratified medium
- Dynamics of local density perturbation in a shear flow of a linearly stratified medium
- Numerical simulation of the long-wave runup on a coast
- On analysis of clustering of numerical grids produced by elliptic models
Articles in the same Issue
- Methods for three-dimensional flows computation in hydraulic turbines
- Anisotropy decay of turbulence in a far momentumless wake in a linearly stratified medium
- Dynamics of local density perturbation in a shear flow of a linearly stratified medium
- Numerical simulation of the long-wave runup on a coast
- On analysis of clustering of numerical grids produced by elliptic models
