Engineering
Waves Energy
100%
Power Converter
84%
Deformation
40%
Oscillating Water Column
31%
Elements
30%
Convertor
25%
Inflatables
25%
Numerical Analysis
25%
Floating Offshore Wind Turbine
25%
Fluid-Structure Interaction
23%
Experiments
16%
Elastomer
15%
Hyperelastic Model
13%
Computer Simulation
12%
Accuracy
11%
Water
10%
Experimental Result
10%
Test Rig
10%
Velocity
10%
Nonlinear Behavior
9%
Incident Wave
8%
Internal Pressure
8%
Performance
8%
Structural Response
8%
Reliability
8%
Survivability
8%
Regular Wave
7%
Aerodynamic Load
7%
Numerical Model
6%
Models
6%
Membrane
6%
Small Scale
5%
Wave Height
5%
Potential Energy
5%
Kinetic
5%
Harmonics
5%
Static Loading
5%
Couplings
5%
Flow Field
5%
Navier-Stokes Equation
5%
Reduced Order Model
5%
Energy Conversion Efficiency
5%
Iterative Process
5%
Deeper Understanding
5%
Nonlinear Phenomenon
5%
Numerical Stability
5%
Wave Energy Conversion
5%
Dynamic Structure
5%
Structural Stress
5%
Mechanisms
5%
Physics
Direct Power Generator
75%
Deformation
34%
Computational Fluid Dynamics
29%
Charge Flow Device
28%
Responses
25%
Water
25%
Wind Turbine
25%
Numerical Analysis
25%
Wakes
25%
Speed
21%
Elastomers
15%
Viscous Flow
15%
Finite Element Modeling
15%
Simulation
12%
Performance
11%
Impact
11%
Aerodynamics
10%
Independent Variables
10%
Stress Distribution
9%
Model
9%
Internal Pressure
8%
Shapes
7%
Flexibility
7%
Electricity
5%
Harmonics
5%
Potential Energy
5%
Finite Element Methods
5%
Air
5%
Kinetics
5%
Statics
5%
Frequencies
5%
Information
5%
Takeoff
5%
Volume
5%
Pressure
5%
Flow Distribution
5%
Navier-Stokes Equation
5%
Stability
5%
