朱 惠人

Engineering

1. Heat Transfer Coefficient 100%
2. Turbine 75%
3. Reynolds' Number 71%
4. Cooling Performance 60%
5. Leading Edge 58%
6. Experimental Investigation 48%
7. Transients 48%
8. Discharge Coefficient 39%
9. Blade Turbine 39%
10. Liquid Crystal 36%
11. Cooling Hole 34%
12. Turbulence Intensity 28%
13. Suction Side 28%
14. Pressure Side 26%
15. Vortex 25%
16. Numerical Study 22%
17. Nusselt Number 20%
18. Suction Surface 19%
19. Secondary Flow 19%
20. Density Ratio 18%
21. Pressure Surface 18%
22. Guide Vane 18%
23. Flow Distribution 16%
24. Blade Surface 16%
25. Mass Flowrate 15%
26. Tunnel 15%
27. Momentum Flux 14%
28. Trailing Edge 14%
29. Pressure Coefficient 12%
30. Thermochromic Liquid Crystal 12%
31. Flow Direction 11%
32. Superposition 11%
33. Pressure Distribution 10%
34. Jet Reynolds Number 10%
35. Flow Reynolds Number 10%
36. Centerline Plane 9%
37. Cooling Channel 9%
38. Hole Diameter 9%
39. Flat Plate 9%
40. Average Heat Transfer Coefficient 9%
41. Pressure Loss 9%
42. Target Surface 8%
43. Target Plate 8%
44. Pressure Sensitive Paint 8%
45. Duct 8%
46. Flow Characteristic 8%
47. Experimental Result 8%
48. Pressure Drop 7%
49. Heat Transfer Enhancement 7%
50. Blade Tip 7%