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The Structure of Materials (Mit Series in Materials Science and Engineering), by Samuel M. Allen, Edwin L. Thomas
Free PDF The Structure of Materials (Mit Series in Materials Science and Engineering), by Samuel M. Allen, Edwin L. Thomas
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Are You Looking for a Unified and Concise Approach to Teaching and Learning the Structure of Materials?
Allen and Thomas present information in a manner consistent with the way future scientists and engineers will be required to think about materials' selection, design, and use. Students will learn the fundamentals of three different states of condensed matter-glasses, crystals, and liquid crystals-and develop a set of tools for describing all of them. Above all, they'll gain a better understanding of the principles of structure common to all materials. Key concepts, such as symmetry theory, are introduced and applied to provide a common viewpoint for describing structures of ceramic, metallic, and polymeric materials. Structure-sensitive properties of real materials are introduced. The text also includes a variety of worked example problems.
Other texts available in the MIT Series: Thermodynamics of Materials, Vol I, Ragone, 30885-4 Thermodynamics of Materials, Vol II: Kinetics, Ragone, 30886-2 Physical Ceramics: Principles for Ceramics Science and Engineering, Chiang, Birnie, Kingery, 59873-9 Electronic Properties of Engineering Materials, Livingston, 31627-X
- Sales Rank: #804933 in Books
- Published on: 1999-02-16
- Original language: English
- Number of items: 1
- Dimensions: 9.57" h x .93" w x 6.38" l, 1.60 pounds
- Binding: Hardcover
- 447 pages
From the Inside Flap
In The Structure of Materials, Allen and Thomas develop universal structural descriptors for the states of condensed matter that comprise materials: liquids, glasses, crystals, liquid crystals, and quasicrystals. They present and copiously illustrate many examples of detailed atomic arrangements and bonding for both organic and inorganic materials. Structure's connection to material properties and processing is treated along with important technological applications. Hierarchical structures spanning the nano- to macro-scale and their relevance in commercial materials are depicted. The authors describe in detail all forms of symmetry and their consequences for physical properties. Imperfections in both crystalline and liquid-crystalline materials and their strong influence on properties are also discussed. The hundreds of illustrations, worked example problems, and numerous exercises demonstrate the application of the principles of structure to a variety of material types. All readers-from students to researchers newly entering the field of materials science and engineering-will benefit from the broad coverage of topics, extensive references, and additional reading suggestions.
From the Back Cover
Are You Looking for a Unified and Concise Approach to Teaching and Learning the Structure of Materials?
Allen and Thomas present information in a manner consistent with the way future scientists and engineers will be required to think about materials' selection, design, and use. Students will learn the fundamentals of three different states of condensed matter-glasses, crystals, and liquid crystals-and develop a set of tools for describing all of them. Above all, they'll gain a better understanding of the principles of structure common to all materials. Key concepts, such as symmetry theory, are introduced and applied to provide a common viewpoint for describing structures of ceramic, metallic, and polymeric materials. Structure-sensitive properties of real materials are introduced. The text also includes a variety of worked example problems.
Other texts available in the MIT Series: Thermodynamics of Materials, Vol I, Ragone, 30885-4 Thermodynamics of Materials, Vol II: Kinetics, Ragone, 30886-2 Physical Ceramics: Principles for Ceramics Science and Engineering, Chiang, Birnie, Kingery, 59873-9 Electronic Properties of Engineering Materials, Livingston, 31627-X
About the Author
SAMUEL M. ALLEN is Professor of Physical Metallurgy in the Department of Materials Science and Engineering at M.I.T. He earned a Bachelor of Engineering degree from Stevens Institute of Technology and an S.M. and a Ph.D. from M.I.T. His research interests include phase transformations, solid/solid interfaces, structure/property relations in high-temperature alloys, three-dimensional printing of metal tools for plastic injection molding, and alloys for high-strain actuators. He is also co-authoring a graduate textbook, "Kinetic Processes in Materials," with Robert W. Balluffi and W. Craig Carter.
EDWIN L. THOMAS is the Morris Cohen Professor of Materials Science and Engineering at M.I.T. He received a B.S. in Mechanical Engineering from the University of Massachusetts and a Ph.D. in Materials Science from Cornell University. His research interests include processing, microstructure and mechanical property relations of polymers, and optical properties of liquid crystals and polymeric-based photonic band gap materials. Professor Thomas' honors and awards include the High Polymer Physics Prize of the American Physical Society and the American Chemical Society Creative Polymer Chemist Award.
Most helpful customer reviews
2 of 2 people found the following review helpful.
Figures and illustrations make this a winner
By J. Naft
This book, and especially the visuals, helped me get through thermodynamics at MIT. Highly recommended as a supplemental text!
1 of 1 people found the following review helpful.
Good book but incomplete
By MSE fanatic
I used this text for my structures class as an undergraduate. The text is really good, but it lacks examples and depth. I found the problems for each chapter very difficult. I strongly suggest using this text with supporting texts.
3 of 5 people found the following review helpful.
The Structure of Materials (MIT Series in MSE)
By Christopher R. Mcfarland
I had an opportunity to use this text book in one of my classes and found the material within the book confusing for the most part. There are NOT many examples worked out following the explanations of complex equations and their applications -- I feel this leads to a rather limited understanding of important concepts. I recommend looking elsewhere for a crystallography book if you have an option.
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