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Advanced Aluminum Alloys Containing Scandium: Structure and Properties
by L. S. Toropova, D. G. Eskin, M. L. Kharakterova, T. V. Dobatkina
Product Group: Book
Publisher: Taylor & Francis (1998-06-01)
ISBN: 9056990896
EAN: 9789056990893
Dewy Decimal #: 669
Hardcover: 192 pages
Edition: 1
SKU: S070311-1873
Condition: Very Good
Comments: Very good overall condition. No writing, very tight binding. Ex-library (few marks). Ships same day or next in a bubble mailer. Enjoy.
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Editorial Reviews
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Product Description
This is the first book to generalize and analyze the extensive experimental and theoretical results on the phase composition, structure, and properties of aluminum alloys containing scandium. The effects of scandium on these properties are studied from a physico- chemical viewpoint. The authors present binary, ternary, and more complex phase diagrams for these alloys and consider in detail recrystallization, superplastic behavior, and decomposition of supersaturated solid solutions and the effects of solidification conditions on phase equilibria.
The microstructure stability for aluminum alloys containing scandium is estimated, based on a quantitative analysis of the alloys' structure and properties. The relation between the structure and properties of alloys with differing phase compositions, and the acting hardening mechanisms are discussed. The authors also give some practical recommendations for alloying aluminum alloys with scandium. The experimental results presented in this book have provi
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Customer Reviews
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Some doubt
Rating  (3)
Date: 2000-06-30
1 out of 2 customers found this reveiw helpful
I have spend a lot of time to find the data of grain refining efficiency of scandium additions to aluminum alloys. I'm experienced „grain refiner of Al" and the reasons of my doubt that we know huge number of data according to the ability of scandium increase the recristallisation temperature of Al alloys (up to 600 C approximately). Some of authors argued that the same element could be excellent refiner of as cast structure but without any experimental support based only on the simple calculations of lattices misfit between ScAl3 and Al. And there is a question of interest to judge and to find strongest (coolest) grain refiner. There is the Sc or Ti. Till now there is no answer to this question.
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