EU MERMAID: Innovative Multi-purpose offshore platforms: planning, design and operation

Earth and Planetary Sciences

1. Wave 100%
2. Liquefaction 85%
3. Project 75%
4. Offshore Platform 57%
5. Marine Environment 51%
6. Purpose 46%
7. Clay 46%
8. Tsunami 42%
9. Subsoil 42%
10. Area 42%
11. Coastal Environment 42%
12. Flow Structure 42%
13. Guideline 42%
14. Content 42%
15. Planning 42%
16. Support Structure 42%
17. Site 30%
18. Attention 28%
19. Research 28%
20. Aquaculture 25%
21. Infrastructure 25%
22. Ocean 25%
23. Foci 24%
24. Soil 22%
25. Physical Process 21%
26. Water 21%
27. Assessment 19%
28. Foundation 17%
29. Emerging 17%
30. Pipeline 17%
31. Wind 17%
32. Building 17%
33. Cost 17%
34. Sand 17%
35. Utilization 14%
36. Identifying 14%
37. Extreme Event 14%
38. Prediction 14%
39. State of the Art 14%
40. Japan 14%
41. Paper 14%
42. Indonesia 14%
43. Civil Engineering 14%
44. View 14%
45. Vision 14%
46. Geomechanics 14%
47. Standing Wave 10%
48. Protection 10%
49. Sandy Soil 10%
50. Amount 9%
51. Research Centre 8%
52. Environmental Impact 8%
53. Financial Contribution 8%
54. Socioeconomics 8%
55. Renewable Energy 8%
56. European Community 8%
57. Resource Exploitation 8%
58. Region 8%
59. Wave Power 8%
60. Surface Pressure 8%
61. Condition 8%
62. Construction 8%
63. Aquatic Ecosystem 8%
64. Response 8%
65. Installing 8%
66. Project Management 8%
67. Industry 8%
68. University 8%
69. Need 8%
70. Extraction 8%
71. Support 8%
72. Windpower Utilization 8%
73. Medium 8%
74. Political Economy 8%
75. Investigation 7%
76. Stone 7%
77. Scour 7%
78. Berm 7%
79. Risk 7%
80. Fraction 7%
81. Rock 7%
82. Stability 7%
83. Mixture 6%
84. Sediment 6%
85. Experiment 6%
86. Increasing 5%