Physical metallurgy handbook
Author(s)
Bibliographic Information
Physical metallurgy handbook
（McGraw-Hill handbooks）
McGraw-Hill, c2003
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Note
Includes bibliographical references and index
Description and Table of Contents
Description
The most comprehensive single-source guide to the production of metals and minerals ever published. Despite the advent of "high-tech" materials such as polymers, advanced ceramics, and graphite and boron fibre, the age of metals is far from over. The development of new alloys continues to be driven by the need for better, cheaper, more versatile engineering materials. Physical Metallurgy Handbook is directed toward understanding metallic materials and their properties. The handbook looks at the mechanisms associated with basic phenomena in metals and alloys as well as the various manufacturing processes that are employed when working with these materials.
Table of Contents
Chapter 1: Iron-Carbon Alloys Chapter 2: Diffusion in Metals and Alloys Chapter 3: Solidification Chapter 4: Plastic Deformation Chapter 5: Recovery, Recrystallizaiton, and Grain Growth Chapter 6: Nucleation in Solids Chapter 7: Pearlite and Proeutectoid Phases Chapter 8: Martensite Chapter 9: Bainite Chapter 10: Austenite Chapter 11: Isothermal and Continuous Cooling Transformation Diagrams Chapter 12: Basic Heat Treatment Chapter 13: Hardening and Hardenability Chapter 14: Tempering Chapter 15: Thermomechanical Treatment Chapter 16: Surface Hardening Treatments Chapter 17: Defects and Distortion in Heat-Treated Parts Chapter 18: Surface Modification and Thin-Film Deposition Chapter 19: Thermal Spray Coatings Appendix A: Conversion Table for Units, Constraints, and Factors in Common Use Appendix B: Temperature Conversions INDEX
by "Nielsen BookData"