陈 潇凯

Engineering

1. Electric Vehicle 100%
2. Multidisciplinary Design Optimization 87%
3. Optimization Method 78%
4. Optimisation Problem 78%
5. Design Optimization 71%
6. Multiobjective Optimization 70%
7. Powertrain 60%
8. Automotives 53%
9. Hybrid Electric Vehicle 50%
10. Active Suspension 50%
11. Response Surface Method 43%
12. Finite Element Method 41%
13. Joints (Structural Components) 40%
14. Mountings 40%
15. Ride Comfort 40%
16. Objective Function 36%
17. Numerical Example 34%
18. Suspension System 34%
19. Vehicle Suspensions 33%
20. Optimization Approach 31%
21. Control Arm 30%
22. Robust Design 30%
23. Radar Chart 30%
24. Battery Pack 30%
25. Surrogate Model 29%
26. Design Problem 29%
27. Optimal Design 25%
28. Dynamic Performance 25%
29. Design Method 24%
30. Multibody System 23%
31. Computational Efficiency 22%
32. Performance Indicator 21%
33. Optimal Topology 20%
34. Road 20%
35. Battery Enclosure 20%
36. Dynamic Behavior 20%
37. Engineering 20%
38. Cooling System 20%
39. State of Charge 20%
40. Battery (Electrochemical Energy Engineering) 20%
41. Preliminary Design 20%
42. Energy Engineering 20%
43. Systems Dynamics 20%
44. Reliability Analysis 19%
45. Suspension Model 19%
46. Transmissions 18%
47. Filtration 18%
48. Simulation Result 17%
49. Structural Design 17%
50. Fuel Economy 17%