王 怀豫

Engineering

1. Rotary Engine 100%
2. Ignition 51%
3. Dual-Fuel Engine 37%
4. Spark Plug 34%
5. Performance and Emissions 28%
6. Ignition Timing 27%
7. Direct-Injection 25%
8. Genetic Algorithm 23%
9. Diesel Engine 22%
10. Multiobjective Optimization 19%
11. Combustion 17%
12. Support Vector Machine 17%
13. Natural Gas 16%
14. Parametric Analysis 14%
15. Combustion Chamber 13%
16. Experimental Investigation 13%
17. Simulation Model 13%
18. Flame Propagation 12%
19. Engine Performance 11%
20. Air Ratio 11%
21. Excess Air 11%
22. Fault Diagnosis 11%
23. Energy Engineering 10%
24. Flow Field 10%
25. Peak Pressure 9%
26. Computational Fluid Dynamics 9%
27. Thermal Efficiency 9%
28. Wankel Engines 8%
29. Deep Belief Network 8%
30. Mass Ratio 8%
31. Two-Zone Combustion Model 8%
32. Artificial Neural Network 8%
33. Gaussians 8%
34. Simulation Result 8%
35. Equivalence Ratio 7%
36. Combustion Duration 7%
37. Indicated Mean Effective Pressure 7%
38. Free Carbon 7%
39. Part Load 7%
40. Marine Engines 7%
41. Power Output 6%
42. Pilot Fuel 6%
43. Energy Conservation 6%
44. Energy Efficiency 6%
45. Specific Fuel Consumption 6%
46. Road 6%
47. Engine Knock 6%
48. Compression Ratio 6%
49. Combustion Temperature 5%
50. Determines 5%