CRC Handbook of Materials Science
eBook - ePub

CRC Handbook of Materials Science

Material Composites and Refractory Materials

  1. 440 pages
  2. English
  3. ePUB (mobile friendly)
  4. Available on iOS & Android
eBook - ePub

CRC Handbook of Materials Science

Material Composites and Refractory Materials

About this book

Published in 1974: The CRC Handbook of Materials Science provides a current and readily accessible guide to the physical properties of solid state and structural materials.

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Yes, you can access CRC Handbook of Materials Science by Charles T. Lynch in PDF and/or ePUB format, as well as other popular books in Technology & Engineering & Materials Science. We have over one million books available in our catalogue for you to explore.

Section 1

Metals

1.1 Ferrous Alloys
Pages 3–118
1.2 Light Metals
Pages 119–176
1.3 Aluminum-base Alloys
Pages 177–217
1.4 Nickel-base Alloys
Pages 218–286
1.5 Other Metals and Miscellaneous Properties
Pages 287–319
Note: For more extensive information and data on specific alloys the reader should refer to general references such as:
Metals Handbook Committee, Metals Handbook, Vol. 1, 8th ed., American Society for Metals, Metals Park, Oh., 1961.
Hauck, J. E., Ed., 1973 Materials Selector, Reinhold, Stamford, Conn., 1972.
Smithells, C. J., Metals Reference Book, Vol. 1–3, 4th ed., Butterworths, London, 1967.
and the handbooks of commercial producers of metals such as steel, aluminum, etc.

1.1 FERROUS ALLOYS

Table 1.1–1
SAE ALLOY STEEL COMPOSITIONS
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Table courtesy of American Iron and Steel Institute.
Table 1.1–2
AISI-SAE STANDARD CARBON STEELS
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Table courtesy of American Iron and Steel Institute.
Table 1.1–3
STANDARD TYPES OF STAINLESS AND HEAT–RESISTING STEELSa
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Courtesy of American Iron and Steel Institute.
Table 1.1–4
GRAY IRONS – CAST
Class 20
Typical chemical composition, percent by weight: C, 3.5–3.8; Mn, 0.50–0.70; Fe, balance; S, 0.08–0.13; Si, 2.4–2.6; P, 0.2–0.8
Physical constants and thermal properties
Density, lb/in.3: 0.25
Coefficient of thermal expansion, (70–200°F) in./in./°F × 10−6:6
Modulus of elasticity, psi: tension, 12 × 106
Melting point, °F: ∼2150
Thermal conductivity, Btu/ft2 /hr/in./°F, 70°F: 336–360
Electrical resistivity, ohms/cmil/ft, 70°F: 300–1200
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Table 1.1–5
GRAY IRONS – CAST
Class 40
Typical chemical composition, percent by weight: C, 3.0–3.2; Mn, 0.45–0.65; Fe, balance; S, 0.07–0.12; Si, 1.90–2.20; P, 0.10–0.25
Physical constants and thermal properties
Density, lb/in.3: 0.26
Coefficient of thermal expansion, (70–200° F) in./in./°F × 10−6: 6
Modulus of elasticity, psi: tension, 17 × 106
Melting point, °F: ∼2150
Thermal conductivity, Btu/ft2/hr/in./°F, 70°F: 336–360
Electrical resistivity, ohms/cmil/ft, 70° F: 300–1200
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Table 1.1–6
GRAY IRONS – CAST
Class 60
Typical chemical composition, percent by weight: C, 2.7–3.0; Mn, 0.5–0.7; Fe, balance; S, 0.06–0.12; Si, 1.9–2.2; P, 0.1–0.2
Physical constants and thermal properties
Density, lb/in.3: 0.27
Coefficient of thermal expansion, (70–200°F) in./in./°F × 10−6: 6
Modulus of elasticity, psi: tension, 20 × 106
Melting p...

Table of contents

  1. Cover
  2. Title Page
  3. Copyright Page
  4. Preface
  5. The Editor
  6. Advisory Board
  7. Contributors
  8. Table of Contents
  9. Section 1 Metals
  10. Section 2 Glasses and Glass-Ceramics
  11. Section 3 Alumina and Other Refractory Materials
  12. Section 4 Composites
  13. Index