Power and efficiency analysis of a flapping wing wind energy harvester

Keyphrases

• Aerodynamic Force 33%
• Aeroelastic Flutter 33%
• Aeroelastic Structure 33%
• Ambient Flow 33%
• Centimeter-scale 33%
• CFD Simulation 33%
• Dynamic Stall 33%
• Efficiency Analysis 100%
• Energy Harvester 66%
• Energy Harvesting 33%
• Flap 33%
• Flapping Wing 100%
• Flexible piezoelectric Energy Harvesting 33%
• Flowing Fluid 33%
• Flutter 33%
• Flutter Instability 33%
• Insect Flight 33%
• Limit Cycle Oscillation 33%
• Low Reynolds number 33%
• Miniaturization 33%
• Modeling Approach 33%
• Modified Model 66%
• Power Analysis 100%
• Power Efficiency 33%
• Power Extraction 33%
• Quasi-steady Method 33%
• Rotary 33%
• Self-powered Wireless Sensor 33%
• Wind Energy Harvester 100%
• Wing Energy 33%

Engineering

• Aerodynamic Force 33%
• Centimeter 33%
• Computational Fluid Dynamics 33%
• Energy Engineering 66%
• Energy Harvesting 66%
• Flowing Fluid 33%
• Generalized Method 33%
• Harvester 100%
• Limit Cycle 33%
• Modified Model 66%
• Piezoelectric 33%
• Self-Powered 33%
• Wind Power 100%
• Wireless Sensor 33%