Engineering Materials and Processes: Being a Brief Account of the More Important Materials of Engineering Construction, Including Their Properties, Uses, and Methods of Production, Together with Some of the Essential Features of Metallography, Particularly with Respect to Iron and Steel, Prepared Especially for the Use of Midshipmen at the United States Naval Academy
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General Classification of Materials 2 Choice of Material 3
19 other sections not shown
acid allotropic alloy alloy steels aluminum amorphous metal annealing austenite Bessemer billet blast furnace brass brick brittle bronze carbon content carbon steel cast iron cement cementite cent charge chemical cold composition contains copper corrosion critical points critical range cross section crucible crystalline crystals diameter drying ductility effect elastic limit electric elements eutectic eutectoid ferrite fibers flux forging freezing fuel grade grain structure hammer hardened hardness heat treatment impurities increase ingot less lumber malleable manganese martensite material mechanical melting moisture mould Navy Specifications nickel open-hearth open-hearth process oxide pearlite phosphorus piece pig iron pipe planes plates pounds per square properties puddling puddling furnace quenching reduce reheating resistance rolls shapes sheets silicon slag smelting solid solution solidifies soluble sorbite square inch stress sulphur surface temperature tensile strength thickness tube U. S. Forest Service usually welding wire wood wrought iron zinc