The science and engineering of materials
著者
書誌事項
The science and engineering of materials
Chapman and Hall, 1990
2nd SI ed. / prepared by P. Webster
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内容説明・目次
内容説明
The SI version of Askeland's "The Science and Engineering of Materials" emphasizes current materials testing, materials testing procedures and selection, and makes extensive use of class-tested examples and practice problems. Procedural lists used to analyze and solve materials, and emphasis on informed decision-making methodology are also included. This fully revised text has eliminated all mention of units other than SI, with the exception of certain units which have been left in metric form deliberately because of the frequency of their use. The diagrams are relabelled, the exercises altered and graphs and tables originating from US installations have been replaced by those from the UK and Europe. Additional new topics include the Arrhenius relationship, the unary phase diagram and dual phase steels. Answers to selected end-of-chapter problems are also provided. P. Webster was responsible for the conversion of units from American standard measurement.
目次
- Introduction to materials. Part 1 Atomic structure, arrangement and movement: atomic structure
- atomic arrangement
- imperfections in the atomic arrangement
- atom movement in materials. Part 2 Controlling the microstructure and mechanical properties of materials: mechanical testing and properties - tensile test, impact test, fatigue test, creep test, hardness test
- deformation, strain hardening and annealing - cold working, annealing, hot working
- solidification and grain size strengthening
- solidification and solid solution strengthening
- solidification and dispersion strengthening
- dispersion strengthening by phase transformation and heat treatment. Part 3 Engineering materials: ferrous alloys, cast irons
- nonferrous alloys
- ceramic materials
- polymers
- composite materials. Part 4 Physival properties of engineering materials: electrical conductivity
- dielectric and magnetic properties
- optical and thermal properties. Part 5 Protection against deterioration and failure of materials: corrosion and wear
- failure - origin, detection and prevention. Appendices: selected physical properties of metals
- the atomic and ionic radii of selected elements.
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