Read e-book online Engineering materials 2: an introduction to microstructures, PDF

By D R H Jones, Michael F. Ashby

ISBN-10: 0750640197

ISBN-13: 9780750640190

Commonly followed worldwide, it is a center fabrics technological know-how and mechanical engineering textual content. Engineering fabrics 1 offers a large advent to the houses of fabrics utilized in engineering functions. With every one bankruptcy comparable to one lecture, it presents a whole introductory direction in engineering fabrics for college kids with out prior historical past within the topic. Ashby & Jones have a longtime, profitable song checklist in constructing knowing of the homes of fabrics and the way they practice in reality.* one of many best-selling fabrics houses texts; renowned, good validated and good loved* New pupil pleasant layout, with superior pedagogy together with many extra case stories, labored examples, pupil questions, complete teachers handbook and on-line educational fabric for adopting tutors* World-renowned writer workforce"

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Extra info for Engineering materials 2: an introduction to microstructures, processing, and design

Example text

This includes many short examples which give you direct experience of using the diagrams. The whole thing will only take you about four hours and we have tried to make it interesting, even entertaining. But first, a reminder of some essential definitions. Definitions An alloy is a metal made by taking a pure metal and adding other elements (the “alloying elements”) to it. Examples are brass (Cu + Zn) and monel (Ni + Cu). The components of an alloy are the elements which make it up. In brass, the components are copper and zinc.

And yet the most comprehensive of the references runs to over a thousand different phase diagrams! 1 Feature Cu–Ni (Fig. 6a) Pb–Sn (Fig. 1) Cu–Zn (Fig. 6b) Melting points Two: Cu, Ni Two: Pb, Sn Two: Cu, Zn Three-phase horizontals None One: L + (Sn) + (Pb) Six: a + b + L b+g +L g +d+L g +d+ε d+e+L e+h+L Single-phase fields Two: L, a Three: L, (Pb), (Sn) Seven: L, a, b, g, d, e, h Two-phase fields One: L + a Three: ! L + (Pb) @ L + (Sn) (Sn) + (Pb) Twelve: ! L + a, L + b, L + γ , @ L + d, L + e, L + h, a + b, b + g, g + δ , g + e, δ + e, e + h Further reading Sources of phase diagrams M.

Because the components will be damaged if they get too hot, we want a solder with a low melting point. The phase diagram (Fig. 1) shows at a glance that the alloy we want is tin + 38% lead. 5 Pb 42 Ag + 19 Cu + 16 Zn + 25 Cd 38 Ag + 20 Cu + 22 Zn + 20 Cd 183–244 296–301 Joints in copper water systems; sheet metal work. Wiped joints; car body filling. Higher temperatures. 610–620 High-strength; high-temperature. 605–650 High-strength; high-temperature. Electronic assemblies. Case studies in phase diagrams 35 Fig.

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Engineering materials 2: an introduction to microstructures, processing, and design by D R H Jones, Michael F. Ashby

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