粉末冶金傘齒輪差速器設計與測試技術

Keyphrases

1. Test Validity 100%
2. Design Test 100%
3. Bevel Gear 100%
4. Green Carbon 33%
5. Load Error 33%
6. City Strategy 33%
7. Differential Gear 33%
8. Concentrated Contact 33%
9. Electric Vehicle Industry 33%
10. Electric Wheelchair 33%
11. Restructuring Policy 33%
12. Contact Problem 33%
13. Uneven Load 33%
14. Load Capacity 33%
15. Low Carbon 33%
16. Pattern Test 33%
17. High Efficiency 33%
18. Gear Pair 33%
19. Tooth Contact 33%
20. Assembly Error 33%
21. Higher Differential 33%
22. Design Approach 33%
23. Loaded Tooth Contact Analysis 33%
24. Lightweight Design 33%
25. Contact Pattern 33%
26. Flank Modification 33%
27. Powder Metallurgy 33%
28. Spur Bevel Gear 33%
29. Scooter 33%
30. Electric Vehicle 33%
31. Development Policy 33%
32. Load Sharing 33%
33. Vibration Measurement 33%
34. Gear Drive 33%
35. Power Splitting 33%
36. Contact Load 33%
37. Manufacturing Assembly 33%

Engineering

1. Bevel Gears 100%
2. Electric Vehicle 50%
3. Load Capacity 25%
4. Gear Drive 25%
5. Contact Problem 25%
6. Powder Metallurgy 25%
7. Lightweight Design 25%
8. Electric Scooter 25%
9. Vibration Measurement 25%