Engineering
Waves Energy
100%
Computational Fluid Dynamics
61%
Dynamic Response
58%
Semisubmersibles
53%
Power Converter
50%
Floating Offshore Wind Turbine
50%
Vortex
32%
Dynamic Method
30%
Numerical Study
30%
Regular Wave
30%
Oscillating Water Column
25%
Numerical Modeling
25%
Locks (Fasteners)
25%
Hinge
25%
Deformation
20%
Nodes
20%
Membrane
18%
Experiments
18%
Wave Height
16%
Flow Field
12%
Simulation
11%
Platform Motion
11%
Incident Wave
10%
Models
10%
Potential Flow
10%
Model Fidelity
9%
Damping Coefficient
9%
Hydrodynamics
9%
Validation
9%
Dynamic Force
9%
Couplings
8%
Interaction Effect
8%
Evaluation
8%
Current Speed
8%
Houses
8%
Velocity
8%
Larger Cross
8%
Output Power
8%
Performance
8%
Research
7%
Fluid
7%
Fields
7%
Nonlinearity
7%
Source Coding
6%
Surrounding Fluid
6%
Mooring
6%
Multibody Dynamics
6%
Takeoff
6%
Wind
6%
Pressure Drag
6%
Physics
Computational Fluid Dynamics
67%
Dynamic Response
58%
Arrays
50%
Direct Power Generator
50%
Model
33%
Eddy
32%
Responses
28%
Water
25%
Yaw
25%
Computational Fluid Dynamics
25%
Multibody Dynamics
25%
Decay
25%
Deformation
20%
Speed
19%
Simulation
18%
Membrane
16%
Hydrodynamics
14%
Coefficients
12%
Flow Distribution
12%
OpenFOAM
11%
Impact
11%
Output
10%
Potential Flow
10%
Mooring
9%
Charge Flow Device
8%
Evaluation
8%
Focusing
8%
Region
8%
Cross Flow
8%
Independent Variables
8%
Performance
8%
Ratios
6%
Fluid Flow
6%
Takeoff
6%
Systems Stability
5%
Displacement
5%
Earth and Planetary Sciences
Wave
50%
Condition
31%
Investigation
28%
Dynamic Response
28%
Vortex
21%
Semisubmersible Platform
12%
Speed
9%
Impact
6%
Response
6%
Behavior
6%
Flow Distribution
6%
Angling
6%
Ocean
6%
Model
6%
Wave Height
6%
