祁 明旭

Engineering

1. Centrifugal Compressor 100%
2. Turbocharger 60%
3. Rotors 59%
4. Impeller 49%
5. Computer Simulation 44%
6. Diffusers 36%
7. Leakage Flow 32%
8. Unsteady Flow 29%
9. Nozzle Vane 28%
10. Computational Fluid Dynamics 28%
11. High Cycle Fatigue 24%
12. Vortex 23%
13. Leading Edge 21%
14. Compressor Performance 19%
15. Flow Field 19%
16. Static Pressure 18%
17. Rotor Blade 18%
18. Volute 17%
19. Diesel Engine 17%
20. Flow Characteristics 16%
21. Steam Turbines 16%
22. Pressure Fluctuation 15%
23. Harmonics 15%
24. Trailing Edge 15%
25. Force Response 15%
26. Circumferential 14%
27. Guide Vane 14%
28. Inlet Pressure 12%
29. Expansion Ratio 11%
30. Schlieren 11%
31. Smooth Surface 11%
32. Centrifugal 11%
33. Artificial Neural Network 11%
34. Aerodynamic Noise 11%
35. Process Behavior 11%
36. Shockwave 11%
37. Combined Compressor 11%
38. Numerical Optimization 11%
39. Engine Pistons 11%
40. Engine Performance 11%
41. Experimental Result 10%
42. Blade Tip 10%
43. Pressure Ratio 10%
44. Compressed Air Motors 9%
45. Boundary Layer 9%
46. Fatigue Failure 9%
47. Energy Engineering 8%
48. Flow Condition 8%
49. Blade Turbine 8%
50. Numerical Methods 8%