Internal accoustic excitation to enhance the airfoil performance at high reynolds number

Engineering

• Internals 100%
• Airfoil 100%
• Flow Separation 100%
• Lifting Surface 100%
• High Reynolds Number 100%
• Energy Engineering 66%
• Angle-of-Attack 66%
• Air Flow 33%
• Open Circuit 33%
• Excitation Frequency 33%
• South Wale 33%
• Energy Input 33%
• Boundary Layer Separation 33%
• Fluid Momentum 33%
• Stall Angle 33%
• Pressure Flow 33%
• Shedding Frequency 33%
• Acoustic Vibration 33%
• Leading Edge 33%
• Strouhal Number 33%

Keyphrases

• Airfoil Performance 100%
• Lifting Surface 100%
• Shedding Frequency 33%
• Boundary Layer Separation 33%
• Unsteady Wake 33%
• Stall Angle 33%
• Subsonic Wind Tunnel 33%
• Acoustic Vibration 33%
• Periodic Energy 33%
• Vibration Excitation 33%
• NACA0015 33%
• Vibration Energy 33%
• Internal Excitation 33%
• Gradient Play 33%
• Adverse Pressure 33%
• Pressure-driven Flow 33%
• Frequency Shedding 33%
• Near-wall Region 33%