Nicole Wermuth

Engineering

1. Ship Propulsion 100%
2. Gas Engine 66%
3. Particulate Matter Emission 60%
4. Larger Bore 53%
5. Performance and Emissions 40%
6. Power Generation 40%
7. Methanol Synthesis 40%
8. Carbon Fuel 40%
9. Closed Loop 40%
10. Sensitivity Study 40%
11. Simulation Model 40%
12. Carbon Capture 40%
13. One Dimensional 40%
14. Experimental Investigation 21%
15. Single Cylinder 21%
16. Reduce Emission 20%
17. Direct Injection Engine 20%
18. Low Carbon Fuel 20%
19. Distillate 20%
20. Cooperative 20%
21. Operating Parameter 16%
22. High Engine Speed 13%
23. Port Fuel Injection 13%
24. Spark Ignition 13%
25. Combustion Property 13%
26. Operating Range 13%
27. Indicated Mean Effective Pressure 13%
28. Ignition 13%
29. Energy Engineering 13%
30. Flames 13%
31. Promising Candidate 13%
32. Free Carbon 13%
33. Electric Power Plant 13%
34. Energy Transition 13%
35. Energy Storage 13%
36. Cogeneration Combined Cooling Heating Power 13%
37. Abnormal Combustion Phenomenon 10%
38. Synthetic Fuel 10%
39. Fuel Synthesis 10%
40. Conventional Fuel 10%
41. Dual-Fuel Engine 8%
42. Dual-Fuel Combustion 8%
43. Recovery Time 8%
44. Rated Power 8%
45. Good Compromise 8%
46. Ignition Timing 8%
47. Engine Concept 8%
48. Excess Air 8%
49. Combustion Chamber 8%
50. Air Ratio 8%