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Trends in Heat Processing Technology
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aging air cool annealing applications atmosphere austenite bainite beam beta burner carbide carbon content carbon potential carbonitriding carburising carburizing cast cementite cold combustion components cooling rate cost cycle decarburization density depth dew point diffusion distortion ductility effect electrodes endothermic energy equipment ferrite ferrous fluidized bed forging fuel gases grain hardness heat treating heat treatment hydrogen Inconel increase induction hardening iron laser liquid load machining martensite material ment metal metallurgical methanol microstructure MPa ksi nace nitriding nitrogen normally oil quench operation oxidation oxygen pearlite perature phase precipitation preheat pressure production purging quenchants quenching quenching rate range recuperator reduced refractory residual stresses resistance salt bath shown in Fig sintering solution treating strength stress relieving structure surface tempering tensile thermal thermocouple tion titanium tool steels transformation tube ture typical vacuum furnace valve water quench welding workpiece zone