Kevin Gschiel

Engineering

1. Hydrogen Engine 100%
2. Transients 74%
3. Combustion 68%
4. Engine 65%
5. Contaminant 43%
6. Mechanisms 37%
7. Full Load 37%
8. Emissions Requirement 34%
9. Climate Change 31%
10. Buildings 25%
11. Internal Combustion Engine 21%
12. Air-Fuel Ratio 21%
13. Mechanical Energy 21%
14. Diesel Engine 16%
15. Ignition System 14%
16. Characteristics 12%
17. Experiments 12%
18. State Condition 12%
19. Performance 12%
20. Power Converter 9%
21. Elements 9%
22. Efficiency 9%
23. Gasoline Engine 9%
24. Lean Burn Combustion 9%
25. Bridging 9%
26. Development 9%
27. Experimental Investigation 9%
28. Dynamic Loads 9%
29. Test Bench 9%
30. Combustion Engine 9%
31. Ignition 9%
32. Requirement 9%
33. Reduction 9%
34. Control System 9%
35. Water Injection 9%
36. Engine Control 9%
37. Green Hydrogen 9%
38. Operating Point 9%
39. Retardation 9%
40. Direct Contact 7%
41. Thermal Stress 7%
42. Injection System 7%
43. Boundary Condition 7%
44. Hydrogen Embrittlement 7%
45. Application 7%
46. Direct-Injection 7%
47. Design 7%
48. Combustion Chamber 7%
49. Corrosion 7%
50. Exhaust Gas 7%