Engineering
Large Eddy Simulation
100%
Fatigue Load
97%
Fatigue Loading
88%
Turbulent Flow
66%
Stream Turbine
65%
Speed Ratio
59%
Recovery Rate
50%
Turbine
44%
Signal-to-Noise Ratio
40%
Flow Condition
34%
Flow Speed
34%
Horizontal Axis
33%
Pressure Gradient
33%
Fatigue Design
33%
Turbulence Intensity
33%
Rotors
31%
Blade Element Momentum
31%
Streamwise
27%
Operational Load
22%
Blade Turbine
22%
Blade Element
22%
Shape Change
22%
Actuator Line Method
22%
Shallower
22%
Environmental Load
22%
Operating Point
22%
Harmonics
22%
Performance Loss
22%
Array Operation
22%
Blade Passing Frequency
22%
Experimental Measurement
22%
Numerical Study
22%
Metocean Condition
22%
Vortex
16%
Free Surface
16%
Bending Moment
16%
Element Method
14%
Rotor Plane
14%
Relative Velocity
11%
Load Cycle
11%
Marine Energy
11%
Flow Fluctuation
11%
Longer Term
11%
Thrust Loads
11%
Test Facility
11%
Device Number
11%
Downstream Location
11%
Gaussians
11%
Downstream Distance
11%
Strouhal Number
11%
Earth and Planetary Sciences
Numerical Model
37%
Turbulent Flow
29%
Surface Wave
22%
Tidal Power
22%
Kinetic Energy
22%
Pressure Gradient
22%
Bathymeter
22%
Surface Wave
22%
Water Depth
22%
Shallow Water
22%
Energy Budget
14%
Shedding
11%
Strouhal Number
11%
Trough
7%
Replenishment
7%
Row Spacing
7%
Deep Water
7%
Energy Industry
7%
English Channel
7%
Water Wave
7%
Scale Model
7%
France
7%
United Kingdom
7%
Numerical Modeling
7%