高 文君

Engineering

1. Cylindrical Roller Bearings 100%
2. Aero-Engines 81%
3. Capture Efficiency 66%
4. Outer Ring 61%
5. Ball Bearing 60%
6. Rotating Speed 60%
7. Two-Phase Flow 50%
8. Drag Coefficient 50%
9. Heat Generation 48%
10. Dynamic Behavior 44%
11. Transient Analysis 40%
12. Bearing System 40%
13. Aircraft Engine 36%
14. Oil System 34%
15. Operating Parameter 31%
16. Flow Distribution 30%
17. Oil Phase 30%
18. Rolling Element 28%
19. Response Time 27%
20. Experimental Investigation 26%
21. Structural Parameter 26%
22. Power Loss 24%
23. Oil Supply 23%
24. Open Space 23%
25. Aeroengine 20%
26. Assembly Model 20%
27. Directional 20%
28. Rotational Reynolds Number 20%
29. Rotor Dynamics 20%
30. Three Dimensional Printing 20%
31. Design Model 20%
32. Contact Region 20%
33. Dynamic Effect 20%
34. Fluid-Structure Interaction 20%
35. Two Dimensional 20%
36. Nodes 20%
37. Numerical Approach 20%
38. Hydraulic Loss 20%
39. Particle Dynamic 20%
40. Circular Cylinder 20%
41. Chamber Wall 20%
42. Numerical Study 20%
43. Stationary Disc 20%
44. Thrust Bearing 20%
45. Computational Fluid Dynamics 19%
46. Reynolds' Number 19%
47. Oil Viscosity 18%
48. Lubrication System 16%
49. Bearing Component 16%
50. Response Characteristic 16%