Experimental Characterization of a Force-Controlled Flexible Wing Traction Kite

Engineering

• Experimental Characterization 100%
• Wings 100%
• Flexible Wings 100%
• Traction 100%
• Velocity 50%
• Models 50%
• Airfoil 50%
• Inflow Angle 50%
• Induced Change 25%
• Optimization 25%
• Aerodynamic Coefficient 25%
• Design Process 25%
• Power Ratio 25%
• Flow Vector 25%
• Control System Design 25%
• Mechanistic Model 25%
• Angle-of-Attack 25%
• Aerodynamic Performance 25%
• Lesser Extent 25%
• Power Engineering 25%
• Measures 25%
• Characteristics 25%
• Flight Path 25%
• Large Uncertainty 25%
• Vector 25%
• Flight Dynamics 25%
• Pitot-Tube 25%
• Power Output 25%
• Measurement Setup 25%
• Power Generation 25%

INIS

• kites 100%
• wind 80%
• design 40%
• power 40%
• speed 40%
• aerodynamics 40%
• velocity 40%
• vectors 40%
• airfoils 40%
• dynamics 20%
• pitot tubes 20%
• air 20%
• distance 20%
• power generation 20%
• variations 20%
• power systems 20%
• optimization 20%
• output 20%
• pitches 20%
• performance 20%
• control systems 20%
• data 20%
• loading 20%
• size 20%
• pumping 20%
• experimental data 20%
• modeling 20%
• balances 20%
• vanes 20%

Keyphrases

• Relative Flow 66%
• Reflection Electron Energy Loss Spectroscopy (REELS) 66%
• Flight Path Optimization 33%
• Kite System 33%
• Pitot Tube 33%
• Wind Vane 33%
• Angle Variation 33%
• Flow Vector 33%
• Air Data 33%
• Power Ratio 33%
• Variable pitch 33%
• In-flight Measurement 33%
• Aerodynamic Coefficients 33%