Completed
DATE & TIME: Mon, 19 November 2018, 15:00 to
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Classroom Contents
Shock Waves and Turbulence - Physical Modeling, Numerical Challenges
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- 1 DATE & TIME: Mon, 19 November 2018, 15:00 to
- 2 Start
- 3 Shock waves and turbulence physical modeling, numerical challenges and practical applications
- 4 Shock-turbulence interaction
- 5 Shock Waves in Aerospace Vehicles
- 6 Astrophysics and Nuclear engineering
- 7 Canonical Shock-Turbulence Interaction
- 8 Experiments, Simulations & Analysis
- 9 Direct numerical simulation
- 10 Turbulence kinetic energy
- 11 Amplification of Enstrophy
- 12 Post-shock thermodynamic field
- 13 Linear Interaction Analysis
- 14 Shock frame of reference
- 15 Integration over 3D spectrum
- 16 LIA matches Direct Numerical Simulation
- 17 Turbulence kinetic energy
- 18 Theoretical Analysis
- 19 Baroclinic effect on vorticity
- 20 Propagating and decaying regimes
- 21 Enhanced Turbulent Heat transfer
- 22 Modeling and Simulation
- 23 Transport equation for TKE
- 24 Shock-boundary layer interaction
- 25 Modeling turbulent heat transfer
- 26 Lower turbulent Prandtl no. at shock
- 27 New model gives significant improvement
- 28 High Heat transfer at shock impingement
- 29 From Fundamentals to Applied Fluid Mechanics in Hypersonic Flows
- 30 Thank you...
