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Steel and its heat treatment /
Steel and Its Heat Treatment.
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés Swedish |
| Publicado: |
London ; Boston :
Butterworths,
1984.
|
| Edición: | 2nd ed. |
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Front Cover; Steel and its Heat Treatment; Copyright Page; Preface; International designations and symbols; International system of units; International steel designations; Table of Contents; Chapter 1. Fundamental metallographic concepts; 1.1 The transformations and crystal structures of iron; 1.2 The iron-carbon equilibrium diagram; 1.3 Time-temperature-transformation; 1.4 Decomposition of martensite and retained austenite on tempering; 1.5 Diffusion; 1.6 Dislocations; 1.7 Grain size; 1.8 Hardening mechanisms in steel; Chapter 2. Materials testing; 2.1 The hardness test.
- 2.2 The tensile test2.3 The impact test; 2.4 The torsion impact test; 2.5 The fatigue test; 2.6 The creep test; 2.7 Brittle and ductile fractures; 2.8 Fracture toughness; Chapter 3. Alloying elements in steel and new steelmaking processes; 3.1 Solids; 3.2 Gases; 3.3 New steelmaking processes; Chapter 4. Hardenability; 4.1 General remarks; 4.2 The Grossmann hardenability test; 4.3 The Jominy end-quench hardenability test; 4.4 Practical application of the TTT and the CCT diagrams; 4.5 Practical application of hardenability; 4.6 The influence of the depth of hardening on the stress pattern.
- Chapter 5. Heat treatment-general5.1 Annealing; 5.2 Normalizing; 5.3 Hardening; 5.4 Tempering; 5.5 Transformation of retained austenite; 5.6 Precipitation hardening; 5.7 Strain-ageing; 5.8 Straightening; 5.9 Machining allowances; Chapter 6. Heat treatment-special; 6.1 Hardening and tempering of tool steels; 6.2 Hardening and tempering of conventional constructional steels; 6.3 Hardening and tempering of boron-alloyed steels; 6.4 Heat treatment of high-strength low-alloy constructional (HSLA) steels; 6.5 Case hardening; 6.6 Carbonitriding; 6.7 Nitriding; 6.8 Boriding; 6.9 Induction hardening.
- 6.10 Flame hardeningChapter 7. Dimensional changes during hardening and tempering; 7.1 Dimensional changes during hardening; 7.2 Dimensional changes during tempering; 7.3 Examples of dimensional changes during the hardening and tempering of tool steels; 7.4 Dimensional changes during case hardening; 7.5 Dimensional changes during nitriding; 7.6 Ageing; 7.7 Designing for heat treatment; Chapter 8. Tables; 8.1 Weight tables for steel bars; 8.2 Conversion tables for temperature; 8.3 Conversion tables for size; 8.4. Conversion tables for weight (mass); 8.5 Conversion tables for stress (pressure).
- 8.6 Conversion tables for energy8.7 Conversion table for fracture toughness units; 8.8 Conversions for some common units; 8.9 Elements; Index.