Engineering

1. Wave Energy 100%
2. Power Converter 84%
3. Floating Offshore Wind Turbine 54%
4. Sea State 50%
5. Numerical Model 49%
6. Hydrodynamics 31%
7. Semisubmersibles 27%
8. Mooring 26%
9. Computational Fluid Dynamics 25%
10. Physical Modeling 22%
11. Survivability 20%
12. Extreme Response 19%
13. Power Output 18%
14. Takeoff 18%
15. Numerical Modeling 17%
16. Design Wave 16%
17. Regular Wave 13%
18. Hybrid Time 12%
19. Design Load 11%
20. Mooring Load 11%
21. Offshore Wind Turbines 10%
22. Potential Flow 10%
23. Scale Model 10%
24. Full Scale 9%
25. Nonlinearity 9%
26. Wave Group 9%
27. Numerical Data 9%
28. Extreme Sea 8%
29. Load Case 8%
30. Scale Model 8%
31. Mooring Line 8%
32. Submergence 8%
33. Floating Wind Turbine 8%
34. Fluid Viscosity 8%
35. Hydrodynamic Interaction 8%
36. Extreme Loading 7%
37. Model Data 7%
38. Platform Design 7%
39. Scale Experiment 7%
40. Degree of Freedom 7%
41. Free Surface 7%
42. Physical Model 7%
43. Wave Spectra 7%
44. Average Power 6%
45. Turbine 6%
46. Good Agreement 6%
47. Numerical Approach 6%
48. Simulation Time 6%
49. Mathematical Modeling 5%
50. Polymer Material 5%