宋 盼盼

Engineering

1. Aerodynamic Performance 33%
2. Air Conditioning System 20%
3. Axial Clearance 14%
4. Backpressure 13%
5. Centrifugal Compressor 20%
6. Combined System 11%
7. Compression Pre 13%
8. Computational Fluid Dynamics 62%
9. Computer Simulation 20%
10. Constant Wall Thickness 14%
11. Control Flow 27%
12. Control Strategy 15%
13. Couplings 15%
14. Critical Point 13%
15. Design Analysis 10%
16. Diesel Engine 21%
17. Electric Vehicle 11%
18. Engine Performance 19%
19. Engine Speed 11%
20. Entropy Production 12%
21. Expansion Chamber 12%
22. Flow Field 23%
23. Flow Loss 27%
24. Flow Model 11%
25. Fuel Cell 25%
26. Fuel Cell System 11%
27. Heat Pump 25%
28. Isentropic Efficiency 28%
29. Leakage Flow 26%
30. Liquid Metal 20%
31. Mass Flowrate 27%
32. Organic Rankine Cycle 52%
33. Performance Analysis 11%
34. Power Engineering 26%
35. Pressure Drop 11%
36. Pressure Rise 19%
37. Radial Clearance 16%
38. Rotating Speed 12%
39. Rotational Speed 14%
40. Scroll Compressors 44%
41. Scroll Expander 100%
42. Simulation Result 14%
43. Supercritical Carbon Dioxide 20%
44. Systems Performance 19%
45. Thermal Fluid 11%
46. Transients 26%
47. Turbocharger 23%
48. Unsteady Flow 20%
49. Vortex 18%
50. Waste Heat Recovery System 45%