066 - STEEL HEAT TREATMENT

1. Fundamental metallographic concepts
2. The transformations and crystal structures of iron
3. The iron-carbon equilibrium diagram
4. The temperature transformation
5. Heating, cooling, formation of perlite, formation of bainite, formation of martensite, retained austenite
6. Decompsition of martensite and retained austenite on temperature
7. Diffusion
8. Grain size, example of grain size determination
9. Materials testing
10. The hardness test
11. Brinell test, vickers test, knoop test, rockwell test, sceleroscope test
12. The impact test
13. Torsion impact test
14. The creep test
15. Fracture toughness
16. ALloying elements in steel
17. Hydrogen, nitrogen, oxygen
18. New steelmaking process
19. Hardenability
20. The influence of the depth of hardening on the stress pattern
21. Heat treatment, general
22. Annealing, vacum hardening, martempering, austempering, patening
23. Quenching media
24. Water, oil, mixture water and oil, water with special additives, air, salt baths
25. Quenching equipment
26. Tempering
27. Transformation of retained astenite
28. Precipitation hardening
29. Straightening, machining allowances
30. Heat treatment special
31. Hardening and tempering of tool steels
32. Quenching and tempering of construction steel
33. Case hardening
34. Nitriding
35. Carbonnitriding
36. Induction hardening
37. Flame hardening
38. Dimensional changes during hardening and tempering
39. Dimensional changes during case hardening
40. Desinging for heat treatment
41. Tables

Size               - 27.009  Mb

Pages             - 282

Language       - English

File Type       - PDF