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Handbook of engineering design /
The Handbook of Engineering Design aims to give accurate information on design from past publications and past papers that are relevant to design. The book is divided into two parts. Part 1 deals with stages in design as well as the factors to consider such as economics, safety, and reliability; eng...
| Clasificación: | Libro Electrónico |
|---|---|
| Otros Autores: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
London ; Boston :
Butterworths,
1988.
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| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Front Cover; Handbook of Engineering Design; Copyright Page; Preface; Acknowledgements; Table of Contents; Contributors; PART 1; Chapter 1. Stages in Design; 1.1 Disciplined creativity; 1.2 Economics; 1.3 Safety; 1.4 Method of manufacture; 1.5 Reliability; 1.6 Aesthetics; 1.7 Ergonomics; Bibliography; Chapter 2. Engineering Materials; Factors of safety; Choice of material; Ferrous metals; Cast iron; Aluminium and its alloys; Magnesium; Brass; Thermoplastics; Glossary of metallurgy; Bibliography and addresses; Chapter 3. Stress Analysis; 3.1 Experimental stress analysis
- 3.2 Photoelastic stress analysisBibliography; Chapter 4. Bearings; 4.1 Plain bearings; 4.2 Rolling element bearings; 4.3 Magnetic bearings; 4.4 Bearing life; Bibliography; Chapter 5. Fastenings; 5.1 A logical approach to secure bolting; Selecting a fastener; Bolts, screws, nuts and washers; Special fasteners, including blind fasteners; Rivets, including blind rivets; Bibliography; Chapter 6. Fluid power; Understanding basic oil hydraulics; Hydraulic motors; Hydraulic cylinders; Hydraulic pumps; Compressed air; Chapter 7. Design Aspects of Production Processes; 7.1 Basic forming processes
- 7.2 Specialised processes7.3 General shaping processes; 7.4 Joining and surfacing processes; 7.5 Electrical machining methods; Some useful addresses; Bibliography; Chapter 8. Jigs, Fixtures and Tools; 8.1 The function of jigs and fixtures; 8.2 Designing for production; 8.3 Tooling for producing plane surfaces; 8.4 Abrading processes; 8.5 Pneumatic and hydraulic jigs and fixtures; Bibliography and addresses; Chapter 9. Spring Design; Simplified material selection; Compression springs; Extension springs; High-temperature springs; Torsion springs; Power, motor or clock springs; Flat springs
- Spring washersSelection of spring materials; Chapter 10. Heat Exchangers; Nomenclature; 10.1 Modes of heat transfer; 10.2 Sizing heat exchangers; 10.3 Types of heat exchanger; 10.4 Materials of construction; Bibliography; Chapter 11. Computer-Aided Design; 11.1 COMPASS; 11.2 Design sequence; 11.3 Benefits; Bibliography; PART 2; Chapter 12. Design-To Expand or Contract out?; 12.1 To expand or contract out; 12.2 Considerations of in-house expansion; 12.3 Considerations of contracting out; 12.4 Discussion; Chapter 13. Preparing a Technical Specification; 13.1 Data sheets; 13.2 Specification text
- 13.3 Specification pitfalls13.4 Specification presentation; Chapter 14. The Design Audit; 14.1 Why do a design audit; 14.2 Design audit procedure; 14.3 Examples of design audit in action; 14.4 Conclusion; Chapter 15. Structure and Organisation in Designoffices; 15.1 Management and organisation; Human factors in organisation; Environment and design office work; Organisation structures; The role of checkers and checking facilities; The use of contract designers and outside design bureaux; Education and training of designers; Bibliography; Chapter 16. Design Services; 16.1 Engineering manuals