Physical Metallurgy for Engineers |
Contents
A SURVEY OF METALLURGY | 1 |
STRUCTURE OF METALS | 28 |
Methods for Studying Crystal Structures | 45 |
Copyright | |
14 other sections not shown
Common terms and phrases
alloying elements alpha aluminum annealed anodic applications atoms austenite bainite behavior beta phase brass carbide carbon content cast iron cathodic cementite changes Chapter chemical chromium cold-worked composition concentration cooling copper corrosion resistance Courtesy crystal structure curve decrease diffraction diffusion dislocation ductility effect electrical electrons Elongation energy equilibrium diagram eutectic eutectoid example face-centered cubic Fe++ ferrite fracture furnace given grain boundaries hardening hardness heat treatment high temperatures important increase ions layer lb/inē magnesium magnesium alloy magnetic martensite mechanical metallurgy microstructure molten nickel obtained occurs oxide oxygen particles pearlite peritectic plane plastic deformation precipitation precipitation hardening produced properties pure metal quenched reaction recrystallization region room temperature shown in Fig shows silicon slip solid phase solid solution solidification space lattice specimen stainless steel strain stress surface Table tempering tensile strength tion transformation typical usually valence x-rays yield strength zinc