Separation control at flight reynolds numbers: Lessons learned and future directions

Keyphrases

• Periodic Excitation 100%
• Separation Control 100%
• Reynolds number 100%
• Lessons Learned 100%
• Steady Blowing 42%
• Vortex 42%
• Steady Suction 28%
• Sweeping 28%
• Performance Benefits 28%
• Flow Separation 14%
• Compressibility 14%
• Large Amplitude 14%
• Three-dimensional (3D) 14%
• Response Change 14%
• New Configuration 14%
• Shock Waves 14%
• Design Tools 14%
• Scaling Laws 14%
• Fully Turbulent 14%
• Full Potential 14%
• Active Control 14%
• Aerodynamics 14%
• Control Input 14%
• Oscillatory Flow 14%
• Flight Condition 14%
• Mass Transfer 14%
• Momentum Transfer 14%
• Reattachment 14%
• ReAttach 14%
• Separated Shear Layer 14%
• High Reynolds number 14%
• Effective Frequency 14%
• Shock Wave Boundary Layer Interaction 14%
• Shock-induced Separation 14%
• Flow Excitation 14%
• Unsteady CFD 14%
• Vortex Decay 14%
• Gradual Response 14%
• Undesirable Effects 14%
• Compressibility Effects 14%

Engineering

• Vortex 100%
• Separation Control 100%
• Reynolds' Number 100%
• Compressibility 50%
• Flow Separation 25%
• Boundary Layer 25%
• Scaling Law 25%
• Computational Fluid Dynamics 25%
• Active Control 25%
• Control Input 25%
• Oscillatory Motion 25%
• Momentum Transfer 25%
• Reattachment 25%
• Shear Layer 25%
• High Reynolds Number 25%
• Layer Interaction 25%
• Induced Separation 25%
• Controlled Region 25%
• Flight Condition 25%
• Aerodynamic Surface 25%
• Oscillating Flow 25%
• Design Tool 25%