Basic Engineering Metallurgy: Theories, Principles, and Applications |
Contents
THE STRUCTURE OF METALS | 1 |
FREEZING SOLUTIONS DIFFUSION | 38 |
MECHANICAL PROPERTIES AND METAL FAILURE | 59 |
Copyright | |
14 other sections not shown
Other editions - View all
Common terms and phrases
addition alloying elements alloys aluminum amounts annealing applications atoms attack austenite becomes carbide carbon casting cause cent changes Cleveland cold composition concentration considered containing continuous cooling copper corrosion creep crystal curve cutting deformation depends described diagram diffusion direction discussed ductility effect electrons energy eutectoid exist failure fatigue ferrite final finish forces formation freezing given grain grain boundaries greater hardening hardness heat higher important improved increase indicated involved known less limit lines liquid load lower machinability magnesium martensite material mechanical melting metal methods mold nickel occurs operations oxide particles pearlite peritectic phase piece planes plating possible powder present produce properties quenching reduce removed represent resistance rolling shape shown in Fig shows similar slip steel strength stress structure surface temperature tempering tend tensile tion tool transformation usually welding yield