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Which is intended to benefit primarily the chemical and materials engineer. Their supplemental reading, which is encouraged through a list of references at the end xi. Principles that will aid us in our description of material structure. Announce reading and homework. Fundamentals of Materials Science and Engineering. The principles of engineering materials, Barrett, Nix,.

• • Title • The principles of engineering materials /​ [by] Craig R. Barrett, William D. Nix [and] Alan S. Author • Barrett, Craig R., 1939- Other Authors • Nix, William D. • Tetelman, A.

Published • [Englewood Cliffs, N.J.]: [Prentice-Hall], [[1973] Content Types • text Carrier Types • volume Physical Description • xiv, 554 pages: illustrations; 25 cm. Subjects • • • • • Notes • Includes bibliographical references. • Also issued online. Other Form • Online version Barrett, Craig R., 1939- Principles of engineering materials.

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[Englewood Cliffs, N.J., Prentice-Hall [1973] (OCoLC)596862516 Language • English ISBN • • 946 Dewey Number • 620.1/​12 Libraries Australia ID • Contributed by Get this edition. These 8 locations in New South Wales: Not open to the public Book; Illustrated English Open to the public 802171; TA403.B24 Book; Illustrated English Open to the public R T0283986 Book; Illustrated English Open to the public 89705106; 620.112 18 Book; Illustrated English Open to the public 001400533; 620.112/B2,A-H; 620.1/127 Book; Illustrated English Open to the public.b13397795; held Book; Illustrated English Open to the public 001731; HELD Book; Illustrated English Open to the public 001571; HELD Book; Illustrated English.

Table Of Content • 1. The Nature of Materials Science. The Structure of Perfect Solids. The Structure of Real Solids. Introduction to the Mechanical Properties of Solids. Plastic Deformation in Crystalline Solids.

Strengthening Mechanisms. The Relation Between Mechanical Properties and Microstructural Control. Deformation of Amorphous Materials.

Electrons in Solids. Electronic Transport. Electrical Properties of Junctions.

Magnetic Properties of Materials. Optical Properties.