File:DEA P6 IKN 09 2000.pdf
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(The MSc thesis of Ioannis Nousis at University UPMC, Paris. The work consists in validating a Reynolds stress turbulence closure on 2-D airfoil geometries for transonic compressible viscous flow regimes. Prediction of the aerodynamic performance of severa) |
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| - | The MSc thesis of Ioannis Nousis at University UPMC, | + | The MSc thesis of Ioannis Nousis at University UPMC, France. The work consists in validating a Reynolds stress turbulence closure on 2-D airfoil geometries for transonic compressible viscous flow regimes. Prediction of the aerodynamic performance of several airfoil test-cases (NACA 0012 - RAE 2822). Validation of the turbulence model against wind tunnel experiments. The experimental data bases used are included in the Annexes of the report. Key words: transonic viscous flows, numerical simulation, external aerodynamics, shoc wave-boundary layer interaction, biharmonic structured grid. |
Latest revision as of 20:04, 24 January 2006
The MSc thesis of Ioannis Nousis at University UPMC, France. The work consists in validating a Reynolds stress turbulence closure on 2-D airfoil geometries for transonic compressible viscous flow regimes. Prediction of the aerodynamic performance of several airfoil test-cases (NACA 0012 - RAE 2822). Validation of the turbulence model against wind tunnel experiments. The experimental data bases used are included in the Annexes of the report. Key words: transonic viscous flows, numerical simulation, external aerodynamics, shoc wave-boundary layer interaction, biharmonic structured grid.
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| current | 19:57, 24 January 2006 | (1.93 MB) | Jnousis (Talk | contribs) | (The MSc thesis of Ioannis Nousis at University UPMC, Paris. The work consists in validating a Reynolds stress turbulence closure on 2-D airfoil geometries for transonic compressible viscous flow regimes. Prediction of the aerodynamic performance of severa) |
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