Physical Metallurgy
3rd Edition
- Authors:
- Peter Haasen, Georg-August-Universität, Göttingen, Germany
- B. L. Mordike
- Date Published: April 1996
- availability: Available
- format: Paperback
- isbn: 9780521559256
Paperback
-
Physical Metallurgy elucidates the microstructure, transformation and properties of metallic materials by means of solid state physics and chemical thermodynamics. Experimental methods of physical metallurgy are also treated. This third edition includes new sections on the permeation of hydrogen in metals, the Landau theory of martensitic transformation, and order hardening and plasticity of intermetallics. Numerous other sections have been brought up to date in the light of new developments (e.g. scanning tunnelling microscopy, CALPHAD-method, diffusion in glasses, DIGM, recrystallisation). New artwork and references have also been added. Professor Haasen's clear and concise coverage of a remarkably wide range of topics will appeal both to physics students at the threshold of their metallurgical careers, and to metallurgists who are interested in the physical foundation of their field.
Read more- Established course book with over 200 line diagrams
- Physical metallurgy taught as a graduate course at many universities
- Equally useful for the graduate student and researcher in materials science
- New edition incorporates recent research
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×Product details
- Edition: 3rd Edition
- Date Published: April 1996
- format: Paperback
- isbn: 9780521559256
- length: 440 pages
- dimensions: 229 x 152 x 25 mm
- weight: 0.64kg
- contains: 341 b/w illus. 5 tables
- availability: Available
Table of Contents
1. Introduction
2. Experimental methods for the physical examination of metals
3. Microstructure and phase, grain and phase boundaries
4. Solidification
5. Thermodynamics of alloys
6. Structure and theory of metallic phases
7. Ordered arrangements of atoms
8. Diffusion
9. Precipitation
10. Point defects, especially those created by quenching and irradiation
11. Line defects-dislocations
12. Plastic deformations, work hardening and fracture
13. Martensitic transformations
14. Alloy hardening
15. Recrystallization.
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