Severe Storm Wave Loads on Offshore Wind Turbine Foundations (SEASWALLOWS)

Engineering

1. Models 100%
2. Design 74%
3. Wave Loading 73%
4. Offshore Wind Turbines 66%
5. Foundations 61%
6. Offshore Structure 35%
7. Prediction 30%
8. Gaussians 30%
9. Design of Experiments 30%
10. Model Test 30%
11. Force Coefficient 17%
12. Breaking Wave 17%
13. Time History 17%
14. Natural Frequency 17%
15. Sea State 16%
16. Surrogate Model 15%
17. Performance 15%
18. Metocean Data 15%
19. Random Wave 13%
20. Reliability 13%
21. Harmonics 13%
22. Engineering Calculation 13%
23. Base Shear 13%
24. Fatigue Assessment 13%
25. Stream Function Theory 13%
26. Load Calculation 13%
27. Experiments 12%
28. Amplitude 10%
29. Database 10%
30. Stokes 10%
31. Wave Group 10%
32. Fluid Mechanics 8%
33. Extreme Response 8%
34. Marine Renewable Energy 8%
35. Breaking Load 8%
36. Bridge Piers 8%
37. Clean Energy 8%
38. Non-Linear Load 8%
39. Morison Equation 8%
40. Impact Loads 8%
41. Accurate Prediction 8%
42. Structure Interaction 8%
43. Short Duration 8%
44. Floating Vessel 8%
45. Deep Water 8%
46. Measures 8%
47. Cyclic Loading 8%
48. Long Time 8%
49. Construction Cost 8%
50. Numerical Model 8%
51. Environmental Load 8%
52. Physical Phenomena 8%
53. Scaling 8%
54. Engineering Model 8%
55. Wind Resource 8%
56. Regular Wave 8%
57. Wave Height 8%
58. Ten Year 8%
59. Hydrodynamics 8%
60. Structural Fatigue 8%
61. Frequency Content 8%
62. Starting Point 8%
63. Reduction 8%
64. Tasks 8%
65. Experimental Result 7%
66. Testing 7%
67. Coastal Engineering 7%
68. Environment 7%
69. Ocean Engineering 7%
70. Limited Amount 7%
71. Offshore Engineering 7%
72. Prediction Capability 5%
73. Reanalysis 5%
74. Parameter Space 5%
75. Confidence Interval 5%
76. Application 5%
77. Engineering 5%
78. Segmentation Method 5%
79. Accuracy 5%
80. Compute 5%
81. Engineering Application 5%
82. Kristiansen 5%
83. Force Model 5%