Modern Metallurgy for Engineers |
Contents
METALLURGY AND ENGINEERING | 3 |
THE COMPOSITION OF CARBON AND ALLOY STEELS | 4 |
THE FUNDAMENTAL STRUCTURE OF METALS AND ALLOYS | 18 |
Copyright | |
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acid allotropic alloy steels alloying elements alloys containing alpha iron American Society amount annealed austenite bainite brittle carbon and low-alloy carbon content carbon steel cast iron cementite cent carbon steel cent chromium cent copper cent manganese cent nickel changes chapter chemical cold composition cooling rate curves diagram ductility effect elongation end-quench endurance limit engineering ferrite ferrous furnace gamma grain graphite gray cast iron heat treatment heat-treated high-carbon steel high-speed steel impact resistance important increases industry iron carbide Jominy large number low-alloy steels low-carbon steel machine magnesium martensite melting metallurgists molten molybdenum nonferrous alloys oxide particles pearlite phosphorus precipitation hardening produce quenched and tempered quenched in oil reduced reduction of area Rockwell C hardness room temperature shown in Fig solid solution specimens steels containing stress structure surface Table tensile properties tensile strength tion tool steels transformation tungsten usually values wear resistance yield strength