李 惠彬

Engineering

1. Turbocharger 100%
2. Electric Vehicle 66%
3. Time Domain 58%
4. Mode of Vibration 50%
5. Backlash 50%
6. Frequency Domain 44%
7. Experimental Result 37%
8. Impeller 37%
9. Noise Distribution 37%
10. Sound Intensity 37%
11. Vibration Problem 33%
12. Hypoid Gear 33%
13. Modal Identification 33%
14. Gear System 33%
15. Modal Analysis 33%
16. Bearing Ring 33%
17. Solid-Fluid Interaction 33%
18. Natural Frequency 29%
19. Noise Field 29%
20. Realization 27%
21. Finite Element Method 23%
22. Frequency Noise 23%
23. Simulation Result 22%
24. Digital Filter 22%
25. Noise Level 20%
26. Noise Source 20%
27. Array Measurement 20%
28. Permanent Magnet Synchronous Motor 20%
29. Bench Test 19%
30. Harmonics 17%
31. Vibration Isolation 16%
32. Computer Aided Design 16%
33. Main Component 16%
34. Domain Method 16%
35. Multibody Dynamics 16%
36. Pressure Relief Valve 16%
37. Interior Noise 16%
38. Test Bench 16%
39. Static State 16%
40. Sound Pressure 16%
41. Measuring Method 16%
42. Structural Vibration 16%
43. Gear Wheel 16%
44. Control System 16%
45. Oil Pump 16%
46. Passing Frequency 16%
47. Vibration Mode 16%
48. Rotor System 16%
49. Suspension Bridges 16%
50. Damping Ratio ζ 16%