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Production technology : processes, materials and planning /
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
London :
Heinemann Professional,
1988.
|
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Front Cover; Production Technology: Processes, materials and planning; Copyright Page; Table of Contents; Preface; Part I: Manufacturing Processes; Chapter 1. Forming processes
- metals; 1.1 Introduction; 1.2 Casting; 1.3 Manipulative processes; 1.4 Powder technique; 1.5 Cutting and grinding; 1.6 Metal removal; 1.7 Surface finishes; Problems; Chapter 2. Forming processes
- polymers; 2.1 Polymer materials; 2.2 Forming processes; 2.3 Choosing a process; Problems; Chapter 3. Assembly operations; 3.1 Assembly processes for metals; 3.2 Assembly methods for plastics; 3.3 Assembly operations.
- 3.4 Limits and fitsProblems; Chapter 4. Automation; 4.1 Numerical control of machine tools; 4.2 Robotics; 4.3 Flexible manufacturing systems (FMS); 4.4 Computer-aided design (CAD); 4.5 Computer-aided manufacture (CAM); Problems; Part II: Engineering Materials; Chapter 5. Properties of materials; 5.1 The tensile test; 5.2 Impact tests; 5.3 Bend tests; 5.4 Hardness measurements; 5.5 Fatigue; 5.6 Creep; 5.7 Corrosion; 5.8 Thermal properties; Problems; Chapter 6. Structure of metals; 6.1 Crystals; 6.2 Plastic deformation of metals; 6.3 Cold working; 6.4 Hot working; 6.5 Cast and wrought products.
- 6.6 Effect of grain size on propertiesProblems; Chapter 7. Structure of alloys; 7.1 Alloys; 7.2 Solutions; 7.3 Solidification; 7.4 Equilibrium diagrams and solubility; 7.5 Non-equilibrium conditions; 7.6 Precipitation; Problems; Chapter 8. Ferrous alloys; 8.1 Iron alloys; 8.2 The iron-carbon system; 8.3 Critical change points; 8.4 The effect of carbon content; 8.5 Alloy steels; 8.6 Heat treatment of steel; 8.7 Coding systems for steels; 8.8 Cast irons; Problems; Chapter 9. Non-ferrous alloys; 9.1 The range of alloys; 9.2 Aluminium; 9.3 Copper; 9.4 Magnesium; 9.5 Nickel; 9.6 Titanium; Problems.
- Chapter 10. Non-metals10.1 Polymer structure; 10.2 Thermoplastics; 10.3 Thermosetting polymers; 10.4 Elastomers; 10.5 Thermal, electrical, optical and chemical properties of polymers; 10.6 Ceramics; 10.7 Composites; Problems; Part III: Production Planning; Chapter 11. Production planning and control; 11.1 Introduction; 11.2 Plant layout; 11.3 Maintenance planning; 11.4 Capacity planning; 11.5 Aggregate planning; 11.6 Scheduling; 11.7 Inventory management; 11.8 Materials requirements planning; 11.9 Schedules and loads; 11.10 Network analysis; 11.11 Progressing; 11.12 Production control.
- ProblemsChapter 12. Quality control; 12.1 Quality; 12.2 Quality control; 12.3 Acceptance sampling; 12.4 Process control; Problems; Chapter 13. Work design; 13.1 Work study; 13.2 Method study; 13.3 Ergonomics; 13.4 Principles of motion economy; 13.5 Job design; 13.6 Health and safety of workers; Problems; Chapter 14. Costing; 14.1 Cost accounting; 14.2 Direct labour costs; 14.3 Direct materials costs; 14.4 Overhead costs; 14.5 Depreciation; 14.6 Job costing; 14.7 Batch costing; 14.8 Process costing; 14.9 Marginal costing; 14.10 Break-even analysis; 14.11 Selection of process; Problems; Index.