Keyphrases
Second-order Dynamics
61%
Dynamic Stall Model
61%
Wind Tunnel Test
61%
Fatigue Load
51%
Vortex Shedding
51%
High Angle of Attack
51%
Wind Tunnel
41%
Socio-psychological Aspects
30%
Wind Effects
30%
Wind Turbine Noise
30%
International Energy Agency
30%
Psychological Effects
30%
Lessons Learned
30%
Small Wind Turbine
30%
Counter-rotating
30%
Arm Design
30%
Dual-rotor Wind Turbine
30%
Software Design
25%
Stall Phenomenon
25%
Wind Turbine Blade
25%
Design Futures
25%
Unsteady Vortex
25%
Vibration Frequency
25%
Safety Factor
25%
Turbine Design
25%
Negative Damping
25%
Frequency Prediction
25%
Parked Condition
25%
Driving Fatigue
25%
Cost-effective Design
25%
Small-scale Turbine
25%
Dynamic Stall
25%
Wind Turbine
25%
Rotor
25%
Armature
20%
Stall
15%
Oscillating Airfoil
15%
Winding Design
15%
Innovation Sustainability
15%
Industry Specialist
15%
Swept Area
15%
Detailed Design
15%
Annual Energy Production
15%
Cutting Speed
15%
Innovation Design
15%
Tunneling Effect
15%
Vertical Axis Wind Turbine
15%
Design Testing
15%
University Students
15%
Model Specification
15%
Engineering
Turbine
100%
Compressed Air Motors
92%
Angle-of-Attack
61%
Vortex Shedding
61%
Wind Tunnel Test
61%
Rotors
36%
Wind Tunnels
35%
Safety Factor
30%
Fatigue Loading
30%
Negative Damping
30%
Fatigue Load
30%
Airfoil
30%
Wind turbine blades
30%
Rotational
30%
Extreme Loading
15%
Extreme Load
15%
Pitch Angle
7%
Rotational Speed
7%
High Wind Speed
7%
Computational Fluid Dynamics
7%
Rotor Radius
7%
Aerodynamics
7%
Low Wind Speed
7%
Field Test
7%
Flow Dynamics
7%
Power Output
7%
Jet
7%
Annual Energy Production
6%
Vertical Axis Wind Turbine
6%
Horizontal Axis Wind Turbine
6%
Collected Data
6%
Field Measurement
6%
Design Code
6%
Construction Design
6%
Tunnel
6%
