Engineering materials
著者
書誌事項
Engineering materials
Longman Scientific & Technical, 1991
[Rev. ed.]
- v. 1
- v. 2
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注記
"First published 1989. Second (revised) impression 1991."--T.p. verso
Includes index
内容説明・目次
- 巻冊次
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v. 2 ISBN 9780582037786
内容説明
"Engineering Materials: Volume 2" has been written to satisfy the requirements of the Business and Technician Education Council (BTEC) standard units U84/269, U84/270, U84/271, U84/273, U84/274, U84/275, U84/276, U86/324, U86/325, U86/326 and U86/327. These are dealt with to "H" level standard and, therefore, this text is eminently suitable for students studying for an engineering qualification at the HNC/HND level. This text follows on naturally from "Engineering Materials: volume 1" with which it is cross-referenced. The broad coverage of "Engineering Materials: volumes 1 and 2" ensures that they not only satisfy the requirements of technician engineers, but also provide technical background for undergraduates studying for a degree in Mechanical Engineering, Electrical/Electronic Engineering, Manufacturing Engineering or Combined Engineering.
目次
- Alloy steels
- the heat treatment of steels
- ceramics and composites
- tool materials
- welded and brazed materials
- corrosion prevention
- electrical properties of materials
- semiconductor materials and manufacturing processes
- synthetic adhesives
- materials in service.
- 巻冊次
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v. 1 ISBN 9780582424449
内容説明
In this text on engineering materials, the author presents the basic science of materials technology, including bearing materials, cast irons, the shaping of materials, materials testing, heat treatment and non-ferrous alloys. There is a companion volume, "Engineering Materials Volume 2", which covers further topics, such as stainless steels, heat resisting and maraging steels, corrosion prevention and semi-conductor materials. The text covers the requirements of the new BTEC Engineering Materials Certificate and Diploma courses in Technician Engineering, and also provides technical background for undergraduates studying mechanical, production or electrical/electronic engineering.
目次
- Part 1 General introduction: elementary modes of failure
- failure of composites
- the "design-for-fitness" approach. Part 2 Elastic deformation: stable and unstable elastic deformation
- design of shafts and structural members in torsion
- design of beams
- residual stresses - pretensioning. Part 3: yielding - chemistry of strengthening
- yield criteria
- representation of three dimensional stress states
- post yield behaviour
- applications to plane stress problems
- applications to plane strain problems. Part 4: brittle fracture. Part 5: fatigue. Part 6: time dependent behaviour. Part 7: ceramics and brittle materials - introduction to properties
- brittleness, defects and flaws
- designing with brittle materials
- thermal stresses
- general design practice. Part 8: composites - introduction and definition
- elastic properties of composites
- strength of fibre composites
- fracture and toughness of composites
- metal and ceramic matrix composites.
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