FROTH: Fundamentals and Reliability of Offshore Structures Hydrodynamics

Engineering

1. Breaking Wave 100%
2. Wave Height 94%
3. Offshore Structure 83%
4. Transients 80%
5. Wave Energy 80%
6. Free Surface 80%
7. Numerical Model 80%
8. Floating Production Storage and Offloading 80%
9. Computer Simulation 80%
10. Incident Wave Height 77%
11. Test Series 66%
12. Hydrodynamics 66%
13. Narrow Gap 66%
14. Ports and Harbors 66%
15. Retaining Walls 66%
16. Submergence 66%
17. Two-Phase Flow 66%
18. Reynolds-Averaged Navier-Stokes 66%
19. Solitary Wave 66%
20. Structure Interaction 66%
21. Reflectance 66%
22. Navier-Stokes Equation 66%
23. Fixed Structure 59%
24. Impact Loads 40%
25. Rigid Wall 33%
26. Energy Distribution 33%
27. Transmission Coefficient 33%
28. Energy Dissipation 33%
29. Key Process 33%
30. Volume of Fluid Method 33%
31. Wave Reflection 33%
32. Flow Model 33%
33. Resonant Frequency 33%
34. Computational Fluid Dynamics 33%
35. Pressure Distribution 33%
36. Velocity Field 33%
37. Numerical Analysis 33%
38. Numerical Methods 33%
39. Initial Condition 33%
40. Predictive Capability 33%
41. Finite Volume Method 33%
42. Floating Structure 26%
43. Climate Change 26%
44. Coastal Structure 26%
45. Safe Operation 26%
46. Climatic Change 26%
47. Amplification Factor 22%
48. Slope Face 22%
49. Two Dimensional 16%
50. Hydrodynamic Loading 16%
51. Regular Wave 16%
52. Green Water 16%
53. Extreme Sea 13%
54. Rigid Structure 13%
55. Sea State 13%
56. Dimensionality 13%
57. Incident Wave 13%
58. Extreme Condition 13%
59. Severe Damage 13%
60. Impact Pressure 13%
61. Surface Water 13%
62. Marine Structure 13%
63. Carrier Vessel 13%
64. Data Show 13%
65. Higher-Order Boundary Element Method 13%
66. Breakwater 13%
67. Survivability 13%
68. Parametric Study 13%
69. Elastic Structure 13%
70. Numerical Modeling 13%
71. Peak Pressure 13%
72. Wave Spectra 13%
73. Time Domain 13%
74. Wave Group 13%
75. Design Engineering 13%
76. Power Converter 13%
77. Nonlinearity 13%
78. Boussinesq's Hypothesis 11%