Centre for Low Emissions Vehicle Research (CLEVeR)

Engineering

1. Powertrain 100%
2. Diesel Engine 90%
3. Low Emission Vehicle 75%
4. Light-Duty Vehicle 75%
5. Driving Cycle 75%
6. Fusion Technique 75%
7. Hybrid-Electric Vehicle 75%
8. Optimal Control Problem 75%
9. Fouling 75%
10. Chassis Dynamometer 52%
11. Engine Operating 37%
12. Engine Performance 35%
13. Limitations 30%
14. Kalman Filter 30%
15. Subsystems 24%
16. Multiuser 24%
17. Early Stage 24%
18. Energy Efficiency 24%
19. Electrical System 24%
20. Propulsion System 24%
21. Motor Controller 24%
22. Control System 24%
23. Energy Storage 24%
24. Electric Vehicle 24%
25. Industrial Research 24%
26. Dynamic Performance 24%
27. Frequency Signal 24%
28. Emission Control 24%
29. Climate Change 24%
30. Hybrid Electric Vehicle 24%
31. Engine Development 24%
32. Internal Combustion Engine 24%
33. Climatic Change 24%
34. Electric Vehicles 24%
35. Diesel Oxidation Catalyst 15%
36. Potential Application 15%
37. Dynamic Test 15%
38. Response Time 15%
39. Fuel Injection 15%
40. Performance Fuel Additive 10%
41. State Condition 10%
42. Metrics 10%
43. Road 10%
44. Thermodynamic Efficiency 10%
45. Test Condition 10%
46. Diesel Fuel 10%
47. Dose Rate 10%
48. Pumping Loss 10%
49. Fuel Flow 10%
50. Combustion Chamber 10%
51. Part Load 10%