Engineering
Turbine
100%
Marine Energy
48%
Tidal Energy
48%
Full Scale
36%
Rotors
28%
Mitigation Strategy
24%
Reynolds Stress
24%
Electrochemical Capacitor
24%
Turbulent Kinetic Energy
24%
Energy Application
24%
Hydrodynamics
24%
Bureau Veritas
24%
Load Case
24%
Electrical Power
24%
Flow Speed
24%
Turbulence Intensity
20%
Supercapacitor
18%
Link Voltage
18%
Power Output
18%
Speed Ratio
16%
Kinetic Energy Density
16%
Field Measurement
12%
Model Scale
12%
Blade Turbine
12%
Velocity Component
12%
Combined Wave
12%
Scale Load
12%
Expected Lifetime
12%
Wave Loading
12%
Scale Model
12%
Stationarity
12%
Frequency Domain
12%
Particle Velocity
12%
Flow Distribution
12%
Operating Environment
8%
Fatigue Lifetime
8%
Turbulent Flow
8%
Multiple Sensor
8%
Fatigue Loading
8%
Statistical Property
8%
Blade Tip
8%
Accurate Prediction
8%
Flow Parameters
8%
Load Cycle
8%
Fatigue Performance
8%
Axial Flow
8%
Rotor Blade
8%
Simple Model
8%
Flow Turbine
8%
Mean Value
8%
Fatigue Failure
8%
Peak Load
8%
Lift Coefficient
8%
Blade Root
8%
Stream Turbine
8%
Statistical Distribution
8%
Bending Moment
8%
Intensity Value
8%
Related Requirement
8%
Operating Speed
8%
Incident Field
8%
Engineering
6%
Coordinator
6%
Feasibility Study
6%
Horizontal Axis
6%
Term Variation
6%
Potential Benefit
6%
Current Flow
6%
Harmonics
6%
Control Strategy
6%
Component Failure
6%
Earth and Planetary Sciences
Tidal Energy
65%
Ocean Wave
40%
Data Acquisition
32%
Energy Industry
24%
Renewable Energy
24%
Impact Acceleration
24%
Wave Energy
16%
Direct Power Generator
16%
Performance Assessment
12%
Water Column
8%
Tidal Current
8%
Wave Spectrum
8%
Physical Oceanography
8%
Ocean Energy
8%
Environment Effect
8%
Tidal Wave
8%
Research Facility
8%
Energy Technology
8%
Energy Conversion
8%
Feasibility Study
6%