Lu Kuan

Engineering

1. Rotor System 100%
2. Rotors 76%
3. Proper Orthogonal Decomposition 46%
4. Dynamic Behavior 39%
5. Transients 33%
6. Bearing System 26%
7. Non-Linear Dynamics 26%
8. Dynamic Response 20%
9. Looseness 20%
10. Harmonic Balance 14%
11. Finite Element Analysis 14%
12. Degree of Freedom 13%
13. State Response 13%
14. Nonlinear Response 12%
15. Parametric Uncertainty 11%
16. Aero-Engines 11%
17. Critical Speed 11%
18. Resonant Frequency 11%
19. Statistical Moment 10%
20. Hollow Shaft 10%
21. Harmonics 10%
22. Transient Analysis 10%
23. Nonlinear Vibration 9%
24. Simulation Method 9%
25. Engineering 9%
26. Nonlinearity 9%
27. Frequency Spectrum 8%
28. Uncertainty Quantification 8%
29. Two Degree of Freedom 7%
30. Dynamic Model 7%
31. Vibration Analysis 7%
32. Bifurcation Diagram 7%
33. Time History 7%
34. Bounded Uncertainty 6%
35. Vibration Condition Monitoring 6%
36. Aeroengine 6%
37. Autonomous Underwater Vehicle 6%
38. Joints (Structural Components) 6%
39. Rotor Dynamics 6%
40. Resonance Frequency 6%
41. Random Variable ξ 6%
42. Reduced Order Model 5%
43. Simulation Result 5%
44. Mechanical Systems 5%
45. Parametric Resonance 5%
46. Singularities 5%
47. Flow Velocity 5%
48. Mode Shape 5%