Investigation of atmospheric turbulence and shock interaction for a hypersonic sphere-cone

Keyphrases

• Hypersonic 100%
• Atmospheric Turbulence 100%
• Turbulence Interactions 100%
• Shock Interaction 100%
• Hypersonic Flight 50%
• Low Power Dissipation 50%
• Boundary Layer Transition 25%
• Numerical Methods 25%
• Hypersonic Boundary Layer Transition 25%
• Linear Growth 25%
• Direct numerical Simulation 25%
• Turbulent Boundary Layers 25%
• Boundary Layer 25%
• Turbulent Shear 25%
• Hypersonic Vehicle 25%
• Hypersonic Boundary Layer 25%
• Particle Distribution 25%
• Linear Equations 25%
• Compressible Navier-Stokes Equations 25%
• Shock-turbulence Interaction 25%
• Oblique Shock 25%
• Upper Atmosphere 25%
• Parabolized Stability Equations 25%
• Second Mode Instability 25%
• Planar Wave 25%
• Freestream Disturbances 25%
• Direct numerical Simulation Methods 25%
• Turbulence Distribution 25%
• Shock-disturbances Interaction 25%
• Simulation Requirements 25%

Physics

• Atmospheric Turbulence 100%
• Hypersonics 100%
• Direct Numerical Simulation 50%
• Hypersonic Boundary Layer 50%
• Boundary Layer Transition 50%
• Hypersonic Flight 50%
• Boundary Layer 25%
• Turbulent Boundary Layer 25%
• Navier-Stokes Equation 25%
• Stratosphere 25%
• Mathematical Method 25%
• Hypersonic Vehicle 25%
• Upper Atmosphere 25%

Engineering

• Shock Interaction 100%
• Atmospheric Turbulence 100%
• Boundary Layer 50%
• Direct Numerical Simulation 50%
• Boundary Layer Transition 50%
• Compressible Navier 25%
• Simulation Method 25%
• Turbulent Boundary Layer 25%
• Linear Equation 25%
• Hypersonic Vehicles 25%
• Oblique Shock 25%
• Instability Mode 25%
• Numerical Methods 25%
• Navier-Stokes Equation 25%