Screen LibraryMaterials science - selection of materials /
Materials Science-Selection of Materials demonstrates how available physical data and knowledge of production methods can be combined at a sufficiently early stage in the design process so as to make a significant contribution toward optimum selection of materials. Topics covered in this book includ...
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| Main Authors: | |
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| Corporate Authors: | |
| Published: |
Butterworths,
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| Publisher Address: | London : |
| Publication Dates: | 1970. |
| Literature type: | eBook |
| Language: | English |
| Subjects: | |
| Online Access: |
http://www.sciencedirect.com/science/book/9780408701105 |
| Summary: |
Materials Science-Selection of Materials demonstrates how available physical data and knowledge of production methods can be combined at a sufficiently early stage in the design process so as to make a significant contribution toward optimum selection of materials. Topics covered in this book include material properties and material structure to selection criteria; casting technology and powder metallurgy; the economics of forming by machining processes; and factors affecting manufacturing accuracy. This monograph is comprised of 12 chapters and begins by explaining the application of a system. |
| Carrier Form: | 1 online resource ([8], 130 pages) : illustrations |
| Bibliography: | Includes bibliographical references (pages 121-123). |
| ISBN: |
9781483141053 1483141055 |
| Index Number: | TA403 |
| CLC: | TB3 |
| Contents: |
Front Cover; Materials Science-Selection of Materials; Copyright Page; Table of Contents; PREFACE; CHAPTER 1. MATERIAL PROPERTIES-DECISION THEORY; 1.1. TYPICAL ASSUMPTIONS; 1.2. USE OF TEST DATA; 1.3. DECISION TAKING; EXERCISES; CHAPTER 2. MATERIAL STRUCTURE; 2.1. BEHAVIOUR OF ATOMIC STRUCTURES; 2.2. METALLURGY OF FERROUS METALS; EXERCISES; CHAPTER 3. SELECTION CRITERIA; 3.1. FUNCTION OF THE SELECTION PROCESS; 3.2. ACCURACY OF MANUFACTURING PROCESSES; 3.3. CONTROL OF PRODUCTION PROCESSES; 3.4. THE ROLE OF Q.R.; EXERCISES; CHAPTER 4. CASTING TECHNOLOGY AND POWDER METALLURGY. 4.1. casting principles4.2. casting metallurgy; 4.3. powder metallurgy; exercises; chapter 5. processes used in forming from a semi-solid state; 5.1. working temperature ranges; 5.2. forging procedures; 5.3. hot rolling; 5.4. problems encountered in cold working; 5.5. extrusion procedures; 5.6. pressing and drawing; exercises; chapter 6. economics of forming by machining processes; 6.1. kinematic considerations; 6.2. machinability; 6.3. economics of the cutting process; 6.4. form design; exercises; chapter 7. factors affecting manufacturing accuracy; 7.1. gutting forges; 7.2. acceptance tests. 7.3. frame characteristics7.4. model analysis; exercises; chapter 8. treatments of ferrous metals; 8.1. cast iron; 8.2. steel castings; 8.3. heat treatment processes; 8.4. cost comparison; exercises; chapter 9. non-ferrous classifications-light alloys; 9.1. process parameters; 9.2. die casting; 9.3. basic alloys of copper; 9.4. light alloys; 9.5. magnesium alloys; 9.6. zinc alloys; exercises; chapter 10. polymer formations and classification of plastics; 10.1. atomic behaviour; 10.2. adhesives and coatings; 10.3. material properties; 10.4. thermoplastics; 10.5. thermosets. 10.6. process and property relationships10.7. testing considerations; 10.8. rubbers; exercises; chapter 11. bearing materials and lubricants; 11.1. rubbing bearings; 11.2. porous bushes; 11.3. tribologigal considerations; 11.4. surface behaviour; 11.5. bearing materials; 11.6. various design methods; 11.7. analysis of thermal effects; 11.8. design chart method; 11.9. lubrication arrangements; exercises; chapter 12. basis of spur tooth loading systems and material criteria; 12.1. loading characteristics; 12.2. power calculations; 12.3. parameter relationships; 12.4. alternative methods. 12.5. FAILURE CONCEPTS12.6. MATERIAL CONSIDERATIONS; EXERCISES; BIBLIOGRAPHY; British Standards; Publications of the Engineering Sciences Data Unit, London; Books and Articles; INDEX. |