學門主題式計畫-以高通量及機器學習研究鋁合金非平衡態科學與基層製造

Keyphrases

1. Non-equilibrium Science 100%
2. Project Research 100%
3. Machine Learning 100%
4. High-throughput 100%
5. Aluminum Alloy 100%
6. Grassroots 100%
7. Heat Treatment 70%
8. Grain Boundary 30%
9. Post-treatment Process 20%
10. Mechanical Strength 20%
11. High Strength Aluminum Alloy 20%
12. Aluminum Alloy Part 10%
13. Heat Surface 10%
14. Flexible Lasers 10%
15. Conventional Processing 10%
16. Manufacturing Process Parameters 10%
17. Treatment Access 10%
18. Treatment Modification 10%
19. Large Workpieces 10%
20. Additive Elements 10%
21. Laser Process 10%
22. High Ambient Temperature 10%
23. Surface Properties 10%
24. Preparation Parameters 10%
25. High Grain 10%
26. Preparation Method 10%
27. Military Applications 10%
28. Room Temperature 10%
29. Manufacturing Time 10%
30. Laser Machining 10%
31. Laser Processing 10%
32. Manufacturing Process 10%
33. Grain Growth 10%
34. Laser Processing Parameters 10%
35. Grain Boundary Energy 10%
36. Laser Parameters 10%
37. Traditional Process 10%
38. Military 10%
39. Grain Refinement 10%
40. Corrosion Resistance 10%
41. Complex Shape 10%
42. Forming Process 10%
43. Surface Modification Process 10%
44. Mechanical Properties 10%
45. High Temperature 10%
46. Excellent Mechanical Properties 10%

Material Science

1. Aluminum Alloy 100%
2. Heat Treatment 46%
3. Grain Boundary 30%
4. Strength of Materials 15%
5. Surface Modification 7%
6. Grain Refinement 7%
7. Corrosion Resistance 7%
8. Surface Property 7%