063 - TOOL STEELS

1. Tool steels as special alloys
2. Historical evoluation of iron and steel
3. Tool steel history
4. Clasification and selection of tool steels
5. Selection of tool steels
6. Example of tool steel selection
7. Selection of steels for shears
8. Selection of steels for cold extrusion
9. Selection of Steels for Die-Forging and Press-Forging Tools
10. Selection of Steel for Additional Uses
11. Manufacture of tool steels
12. Primary Melting
13. Electroslag Remelting
14. Primary Breakdown
15. Rolling
16. Hot and Cold Drawing
17. Continuous Casting
18. Powder Metallurgy
19. Tool steel alloy design
20. The Iron-Carbon Phase Diagram: Ferrite, Austenite, and Cementite
21. Alloy Carbides and Tool Steel Alloy Design
22. Principles of Tool Steel Heat Treatment
23. Normalizing
24. Stress-Relief Heat Treatments
25. Annealing
26. Hardening: Introductory Considerations
27. Austenitizing for Hardening
28. Hardness and Hardenability
29. Tempering
30. Practical Aspects of Tool Steel Heat Treatment
31. Controlled-Atmosphere Furnaces
32. Vacuum Furnaces
33. Fluidized-Bed Furnaces
34. Water-Hardening Tool Steels
35. Low-Alloy Special-Purpose Tool Steels
36. Shock-Resisting Tool Steels
37. Hardenability and Hardening
38. Air-Hardening, Cold-Work Tool Steels
39. High-Carbon, High-Chromium, Cold-Work Tool Steels
40. Hot-Work Tool Steels
41. High speed steel
42. Mold steels
43. Surface Modification of Tool Steel
44. Oxide Coatings
45. Nitriding
46. Ion Implantation
47. Chemical and Physical Vapor Deposition Processing
48. CVD and PVD Coating Structure and Performance
49. Salt Bath Coating
50. Laser and Electron Beam Surface Modification
51. Boride Coatings
52. Troubleshooting: Manufacturing and Performance Problems

Size               - 11.349  Mb

Pages             - 343

Language       - English

File Type       - JPG