Engineering
Wind Turbine
100%
Optical Radar
24%
Energy Engineering
17%
Fatigue Load
15%
Rotors
15%
Fatigue Assessment
14%
Fatigue Reliability
10%
Fatigue Damage
10%
Response Surface
8%
Wind Turbine System
8%
Work Package
8%
Extreme Load
8%
Turbine Components
8%
Rotor Size
8%
Statistical Study
8%
Proper Orthogonal Decomposition
8%
Measured Data
8%
Plant System
8%
Wind Power
8%
Model Fidelity
8%
Floating Offshore Wind Turbine
8%
Rated Wind Speed
8%
Negative Damping
8%
Return Period
8%
Numerical Experiment
8%
Mean Absolute Error
8%
Metrics
8%
Controller Design
8%
Computational Cost
7%
Profile Function
6%
Rotor Speed
6%
Bending Moment
5%
Model Calibration
5%
Calibration Procedure
5%
Blade Model
5%
Normal Turbulence Model
5%
Wind Turbines Design
5%
Wind Energy Technology
5%
Rotor Plane
5%
Keyphrases
Fatigue Assessment
12%
Rotor
12%
Turbulence
12%
LiDAR
12%
Wind Turbine
10%
Wind Flow
9%
Lidar Measurements
9%
Calibration Method
8%
Wind Field Reconstruction
8%
Diverse Datasets
8%
Constraint Pattern
8%
Proper Orthogonal Decomposition
8%
Wind Field
8%
Finite Sample
8%
Wind Turbine Model
8%
Aeroelasticity
8%
Fatigue Damage Assessment
8%
Wind Turbine Components
8%
Wake Model
8%
Wind Turbine System
8%
Rain Flow
8%
Plant Systems
8%
Model Calibration
8%
Field Characterization
8%
Wind Turbine Blade
8%
Grand Challenges
8%
Load Range
8%
Mode number
8%
Damage Equivalent Load
6%
Aeroelastic Simulation
5%
Turbine System
5%
