Deformation of Metals :  MATERIALS SCIENCE , MECHANICAL ENGINEERING

Deformation of Metals :

MATERIALS SCIENCE , MECHANICAL ENGINEERING 

BY: MANANJAY MAHATO

1. Introduction 
2. Classification of Metal Deformations 
3. Elastic Deformation 
4. Plastic Deformation
5. Comparison between Elastic and Plastic Deformations , 
6. Modes of plastic Deformation . 
7. Slip 
8. Mechanism of Slip 
9. Critical Resolved Shear Stress . 
10. Twinning 
11. Mechanism of Twinning 
12. Comparison Between Slip and Twinning 
13. Dislocations 
14. Types of Dislocations 
15. Edge Dislocations 
16. Screw Dislocations , 
17. Dislocation Density 
18. Comparison between Edge and Screw Dislocations 
19. Characteristics of Dislocations 
20. Burgers vector 
21. Dislocation Climb
22. Multiplication of Dislocations ( Frank Read Generator ) 
23. Elastic After Effect 
24. Bauschinger Effect 
25. Deformation of Polycrystalline Materials 
26. Mechanisms of strengthening in Metals 
27. Strengthening by Grain size Reduction 
28. Solid Solution Hardening 
29. Work Hardening
30. Preferred Orientation 
31. Cold Working 
32. Advantages and Disadvantages of Cold Working 
33. Annealing of a cold Worked Metal 
34. Recovery 
35. Recrystallisation 
36. Grain Growth 
37. Variation of Mechanical properties in Annealing 
38. Comparison between Recovery and Recrystallisation 
39. Hot Working 
40. Advantages and Disadvantges of Hot Working 
41. Comparison between Cold Working and Hot Working