Basic Engineering Metallurgy: Theories, Principles, and Applications |
Contents
THE STRUCTURE OF METALS | 1 |
FREEZING SOLUTIONS DIFFUSION | 38 |
MECHANICAL PROPERTIES AND METAL FAILURE | 59 |
Copyright | |
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alloying elements aluminum American Society amounts annealing anode applications atoms austenite austenite grain bainite base metal body-centered cubic brass carbide carbon content carbon steel cathode cell cementite cent carbon cent copper chip chromium cold composition copper corrosion corrosion resistance creep crystal curve deformation density diffusion dislocations ductility effect electrons equilibrium eutectic eutectoid fatigue strength ferrite finish forging formation freezing furnace grain boundaries hardening hardness heat treating heat treatment high temperatures improved increase indicated ingot liquid load machinability magnesium martensite material mechanical methods microstructure mold molten metal nickel occurs operations oxide particles pearlite phase piece planes plating powder metallurgy precipitation produce properties quenching radiation recrystallization residual stresses rolling room temperature sand casting shape shown in Fig shrinkage silicon slip Society for Metals solid solution stainless steels structure surface tempering tensile strength thermal tion titanium tool ture wavelength welding yield strength zinc