Materials for Engineering: Concepts and ApplicationsIntended for an introductory course in materials science or metallurgy for all engineering students, this text provides complete coverage of the subject. The emphasis is on basic concepts of structure/property/performance relations and on applications to a wide variety of engineering fields. |
Contents
METALLIC MATERIALS | 13 |
CONTENTS REVIEW AND STUDY | 34 |
METAL DEFORMATION | 40 |
Copyright | |
18 other sections not shown
Common terms and phrases
ADDED INFORMATION alloy aluminum annealed anode Answer atoms austenite bonds brass calculate carbide carbon cast iron cathode ceramic charge cm³ composition compounds compression concrete conduction band contain cooling copper corrosion crack crystal density dielectric dielectric constant ductility elastic elastic modulus electric field electron holes electrons elements energy gap engineer eutectoid example ferrite fibers Figure fraction fracture g/cm³ glass grain graphite hardness heat Illustrative problem increase insulators ions lattice liquid magnetic martensite melting temperature metals microstructure modulus moisture mold molecular molecules n-type nickel occurs oxide oxygen particles pearlite percent phase diagram plain-carbon steels plastic deformation polarization polymerization polymers pores properties ratio raw materials reaction resistance rubber Section semiconductors shear shown in Fig silica silicon sintering SiO2 solid solution solubility stainless steels stress structure surface Table thermal tion unit cell valence band viscosity volume wood yield strength zinc