王 恩华

Engineering

1. Organic Rankine Cycle 100%
2. Waste Heat Recovery System 43%
3. Diesel Engine 42%
4. Performance Analysis 33%
5. Evaporator 23%
6. Solid Oxide Fuel Cell 22%
7. Combined System 20%
8. Energy Engineering 19%
9. Exhaust Systems (Engine) 17%
10. Low-Temperature 16%
11. Internal Combustion Engine 16%
12. Heat Recovery 16%
13. Experimental Investigation 16%
14. Thermal Efficiency 15%
15. Compressed Natural Gas 13%
16. Natural Gas Engine 13%
17. Turbocharger 12%
18. Exhaust Gas 11%
19. Control Strategy 10%
20. Interconnects 10%
21. Derivative Controller 10%
22. Ferritic Stainless Steel 10%
23. Engine Operating 9%
24. Net Power Output 9%
25. Kalina Cycle 9%
26. Heat Source 8%
27. Power Generation 8%
28. Premixed Combustion 8%
29. Spark Ignition Engine 8%
30. Transients 8%
31. Power Output 8%
32. Engine Pistons 8%
33. Hybrid Powertrains 8%
34. Ignition Delay 8%
35. Stability Analysis 8%
36. Heat Transfer Analysis 8%
37. Finned Tube 8%
38. Robust Stability 8%
39. Parametric Optimization 8%
40. Delay Time 8%
41. Initial Stage 8%
42. Impulse Turbine 8%
43. Systems Performance 6%
44. Operating Range 6%
45. Internal Heat Exchanger 6%
46. Mathematical Model 6%
47. Test Bench 5%
48. Pressure Ratio 5%
49. Expansion Pressure 5%
50. Low-Temperature Heat Source 5%