王 倩

Engineering

1. Friction Pair 100%
2. Multi-Disc Clutch 75%
3. Oil Temperature 47%
4. Applied Pressure 38%
5. Flow Velocity 33%
6. Rotational Speed 27%
7. Lubricant 27%
8. Temperature Rise 27%
9. Wear Property 27%
10. Numerical Model 25%
11. Inlet Flowrate 22%
12. Fluid Temperature 22%
13. Fluid Flow 22%
14. Relative Rotational Speed 22%
15. Automatic Transmission Fluid 22%
16. Interface Friction 22%
17. Boundary Lubrication 22%
18. Contact Temperature 22%
19. Friction Torque 19%
20. Coefficient of Friction 17%
21. Full-Scale Test 14%
22. Nonuniformity 11%
23. Temperature Field 11%
24. Flow Rate 11%
25. Black Carbon 11%
26. Temperature Distribution 11%
27. Outer Diameter 11%
28. Surface Topography 11%
29. Bench Test 11%
30. Rotating Speed 11%
31. Thermal Environment 11%
32. Flow Field 11%
33. Heat Losses 8%
34. Temperature Change 8%
35. Convection Heat Transfer 5%
36. Contact Surface 5%
37. Simulation Result 5%
38. Demonstrates 5%
39. Fluid Viscosity 5%
40. Transmissions 5%
41. Sliding Friction 5%
42. Interface Temperature 5%
43. Hydrodynamics 5%
44. Thermal Field 5%
45. Outer Edge 5%
46. Temperature Drop 5%
47. Oil Lubrication 5%
48. Velocity Field 5%
49. Measuring Temperature 5%
50. Friction Process 5%