刘 静

Engineering

1. Dynamic Model 100%
2. Cylindrical Roller Bearings 75%
3. Ball Bearing 74%
4. Vibration Analysis 66%
5. Characteristic Vibration 62%
6. Planetary Gear 58%
7. Isolators 41%
8. Gear System 40%
9. Rotor System 28%
10. Bearing System 28%
11. Contact Stiffness 28%
12. Finite Element Analysis 27%
13. Flexible Rotor 26%
14. Contact Force 25%
15. Support Stiffness 24%
16. Angular Contact Ball Bearings 24%
17. Rotors 23%
18. Vibration Isolation 23%
19. Surface Defect 21%
20. Time Domain 21%
21. Simulation Result 21%
22. Finite Element Modeling 20%
23. Multibody Dynamics 19%
24. Needle Roller Bearings 18%
25. Mode Shape 18%
26. Gearbox 17%
27. Design Method 16%
28. Optimization Method 16%
29. Vibration Control 15%
30. Surface Waviness 15%
31. Planetary Gear Set 15%
32. Deep Groove Ball Bearings 15%
33. Defect Size 14%
34. Ring Gear 14%
35. Roller Cage 14%
36. Outer Ring 14%
37. Gear Train 13%
38. Bearing Housing 11%
39. Friction Torque 11%
40. Systems Dynamics 11%
41. Contact Stress 11%
42. Fuzzy Controller 11%
43. Flexible Couplings 11%
44. Impact Force 11%
45. Load Distribution 10%
46. Power Engineering 10%
47. Non-Linear Dynamics 10%
48. Great Influence 9%
49. Dynamic Response 9%
50. Experimental Result 9%