Engineering
Compressed Air Motors
100%
Boundary Layer
29%
Wind Power
26%
Energy Engineering
20%
Proper Orthogonal Decomposition
19%
Control Strategy
14%
Power Production
13%
Rotors
13%
Reynolds Stress
11%
Electric Power Plant
10%
Streamwise
8%
Total Variation
7%
Optical Radar
7%
Turbulent Flow
7%
Flow Distribution
7%
Computational Cost
7%
Engineering Model
6%
Flow Structure
6%
Continuous Time
5%
Redirection
5%
Turbulent Kinetic Energy
5%
Rotor Blade
5%
Engineering
5%
Particle Image Velocimetry
5%
Yaw Control
5%
Diffusion Model
5%
Eddy Viscosity
5%
Stationarity
5%
Discretization
5%
Earth and Planetary Sciences
Compressed Air Motors
69%
Wind Power
23%
Atmospherics
20%
Wind Velocity
19%
Boundary Layer
13%
Field Experiment
12%
Model Validation
11%
Kinetic Energy
10%
Complex Terrain
8%
Remote Sensing
7%
Flow Distribution
6%
Real Time
6%
Covariance
6%
Optical Radar
6%
Time Series
5%
Eddy Viscosity
5%
Travel Time
5%
Tomography
5%
Acoustic Tomography
5%