张 宝收

Engineering

1. Energy Engineering 100%
2. Vortex Induced Vibration 91%
3. Hydrokinetic Energy 51%
4. Energy Harvesting 48%
5. Computer Simulation 36%
6. Circular Cylinder 36%
7. Vortex 35%
8. Hydrodynamics 34%
9. Rotors 32%
10. Energy Conversion 29%
11. Response Surface 29%
12. Surface Model 28%
13. Computational Fluid Dynamics 26%
14. Power Converter 25%
15. Submergence 24%
16. Numerical Study 24%
17. Downstream Cylinder 24%
18. Harvester 22%
19. Newmark Method 21%
20. Induced Vibration 20%
21. Optimal Design 20%
22. Wave Energy 20%
23. Mathematical Model 19%
24. Rolling Motion 18%
25. Mooring 17%
26. Fluid Force 17%
27. Particle Swarm Optimization 17%
28. Hydrodynamic Performance 16%
29. Hydraulics 16%
30. Autonomous Underwater Vehicle 16%
31. Cross Section 16%
32. Two Dimensional 16%
33. Flow Velocity 16%
34. Flow Field 15%
35. Flow-Induced Vibrations 12%
36. Engineering 12%
37. Damping Ratio ζ 11%
38. Wave Height 10%
39. Fluid-Structure Interaction 10%
40. Free Surface 10%
41. Mass Ratio 10%
42. Layout Optimization 10%
43. Transient Model 10%
44. Blunt Body 9%
45. Rolling Period 9%
46. Design Parameter 9%
47. Length (L) 9%
48. Optimisation Problem 9%
49. Average Power 9%
50. Angle-of-Attack 8%