“A wealth of information about the theory and practice of metallurgical engineering … very good for practicing engineers.”-–Dr. Charles Allen, Argonne National Laboratory
“A valuable source book.”-- Dr. Charles R. Brooks, University of Tennessee Professor of Metallurgical Engineering
“The author’s credentials are outstanding.”-- Charles A. Harper, President, Technology Seminars, Inc.
Packed with useful information on all aspects of physical metallurgy from fundamentals to fine points of processing and material selection, expert Anil Kumar Sinha’s Physical Metallurgy Handbook brings you:
* Comprehensive coverage of all aspects of physical metallurgy
* Cutting-edge guidance on properties, forms, and applications of ferrous and nonferrous materials
* In-depth information on advantages and disadvantages of materials and processes in various applications
* Solutions for heat treatment, powder metallurgy, sintering, and other processing issues
* Dozens of quick-answer charts, graphs, and tables
* 850 illustrations
* Complete introduction to the fundamentals of physical metallurgy
* A time-saving resource for on-target, on-the-job answers for years to come
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Most Helpful Customer Reviews
5.0 out of 5 stars
Good book, but with a somewhat misleading title,
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This review is from: Physical Metallurgy Handbook (Mcgraw-Hill Handbooks) (Hardcover)
This is a good book, but with a somewhat misleading title. It should more accurately have been titled Physical Metallurgy of Steels because it is primarily about steels and is much more than just a handbook. A handbook conjures up a vision of a book that is primarily a source for data. There is a lot of data in this book, but it contains much, much, more. It is an excellent text, covering all aspects of the metallurgy of steel in great detail. There are separate chapters on Pearlite, Martensite, Bainite and Austenite, as well as ones on the hardenability and heat treatment of steels; plus chapters on the metallurgy of diffusion, plastic deformation, recovery-recrystallization, grain growth and nucleation in solids in general. These chapters cover all metals, not just iron based ones. This is an excellent metallurgy reference, particularly for anyone interested in steels.
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