Engineering

1. Wave Energy 100%
2. Power Converter 90%
3. Sea State 47%
4. Power Output 35%
5. Mooring 27%
6. Takeoff 22%
7. Computational Fluid Dynamics 20%
8. Submergence 15%
9. Full Scale 13%
10. Average Power 12%
11. Physical Modeling 12%
12. Nonlinearity 12%
13. Hydrodynamics 11%
14. Wave Spectra 11%
15. Numerical Modeling 10%
16. Experimental Uncertainty 10%
17. Combined Wave 10%
18. Nonlinear Behavior 10%
19. Nonlinear Term 10%
20. Infrastructure 10%
21. Fluid Viscosity 10%
22. Numerical Study 10%
23. Numerical Data 10%
24. Propagating Wave 10%
25. Horizontal Velocity 10%
26. Schr Dinger Equation 10%
27. Velocity Gradient 10%
28. Experimental Result 10%
29. Test Program 7%
30. Survivability 7%
31. Mooring Load 6%
32. Electrical Connection 6%
33. Late Stage 5%
34. Regular Wave 5%
35. Energy Engineering 5%
36. Significant Wave Height 5%
37. Nominal Scale 5%
38. Test Campaign 5%
39. Offshore Renewable Energy 5%
40. Good Agreement 5%
41. Mooring System 5%
42. Degree of Freedom 5%
43. Metrics 5%
44. Operation and Maintenance 5%
45. Main Result 5%
46. Levelized Cost of Energy 5%
47. Integral Approach 5%
48. Device Performance 5%
49. Reference Case 5%
50. Interaction Device 5%