Morphing-Blades: New-Concept Turbine Blades for Unsteady Load Mitigation

Engineering

1. Morphing Blade 100%
2. Blade Turbine 100%
3. Turbine 100%
4. Control System 75%
5. Model Scale 53%
6. Computational Fluid Dynamics 50%
7. Pivot Point 50%
8. Two Dimensional 50%
9. Trailing Edge 48%
10. Compressed Air Motors 48%
11. Tidal Energy 48%
12. Blade Element Momentum 34%
13. Levelised Cost of Energy 32%
14. Dimensional Rigid 25%
15. Optimum Distance 25%
16. Coordinate Line 25%
17. Chord Line 25%
18. Optimum Design 25%
19. Streamwise 25%
20. Dynamic Models 25%
21. Drone 25%
22. Angle of Incidence 25%
23. Flow Velocity 25%
24. Passive System 25%
25. Free Flow 25%
26. Control Strategy 25%
27. Engineering 25%
28. Broad Range 25%
29. Active Control 25%
30. Fluid-Structure Interaction 25%
31. Energy Engineering 20%
32. Morphing Shape 16%
33. Wind Energy Technology 16%
34. Blade Span 16%
35. Marine Power 16%
36. Structural Element 16%
37. Relative Importance 16%
38. Applicability 16%
39. Technical Challenge 16%
40. Dynamic Test 16%
41. Fatigue Load 16%
42. Flow Fluctuation 16%
43. Energy Yield 16%
44. Fluid Dynamics 16%
45. Onshore Wind 16%
46. Structural Design 16%
47. Power Fluctuation 16%
48. Fatigue Failure 16%
49. Fouling 16%
50. Energy Harvesting 16%
51. Power Output 16%
52. Offshore Wind Turbines 16%
53. Rotors 16%
54. Hydrodynamics 16%
55. Mechanical Fatigue Test 16%
56. Energy Security 16%
57. Wind Power 16%
58. Renewable Energy Source 16%
59. Lift Coefficient 10%
60. Modeling Error 10%
61. Drag Coefficient 10%
62. Structural Load 7%
63. Actuator 6%
64. Xfoil 5%
65. Ship Model Tanks 5%
66. Inertial Frame 5%
67. Blade Element Momentum Theory 5%
68. Input Condition 5%
69. Free Surface 5%
70. Monte Carlo Approach 5%
71. Single Blade 5%
72. Finite Number 5%
73. Reynolds-Averaged Navier-Stokes 5%
74. Speed Ratio 5%
75. Spatial Resolution 5%