Metallurgy: An Introduction to the Study of Physical Metallurgy

allotropic alloys alloys containing aluminium amorphous amorphous metal annealing appear behaviour binary system brittle carbon casting cementite cent chemical composition compound considerable consists constitutional diagram cooling curves cooling-curves copper end corresponding crystalline crystals definite deformation ductility duplex effect elastic elastic limit employed equilibrium etching eutectic eutectic point eutectoid fact ferrite fracture freezing-point hardening heat illumination important indicated ingot Iron and Steel iron-carbon Journ layers lens light limit liquid load machine magnification manganese Martensite material metalloid Metallurgy metals and alloys method micro-structure microscope mild steel molten objective obtained occurs ordinary oxide pearlite phase phosphorus Physical Metallurgy Plate practical present produced pure metal purpose quenching rate of cooling readily reagent Rosenhain shown in Fig shows simple slip solid solution solidification solidus specimen Steel Inst strain stress structure temperature test-piece thermal tion typical undergo Zeitschr zinc zinc-copper