The realm s most sensible and so much complete reference advisor to all facets of warmth treating. Contents contain: warmth treating of metal quenching, tempering, and annealing, non-stop annealing, quantitative the way to expect hardenability. floor Hardening of metal processing and homes of case hardened fabrics. warmth Treating gear emphasis on furnace layout and thermal potency. technique and quality controls concerns sensors and oxygen probes for temperature/atmosphere/carbon keep an eye on, statistical approach regulate. warmth Treating of solid Irons comprises information on austempered ductile iron and high-alloy irons. warmth Treating Stainless Steels and warmth Resistant Alloys contains superalloys and refractory metals and alloys. Sections on warmth Treating of instrument Steels and Nonferrous Alloys.
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Additional info for ASM Handbook: volume 4: Heat Treating (Asm Handbook)
The important microstructural phase is then normally martensite, which is the hardest constituent in low-alloy steels. The hardness of martensite is primarily dependent on its carbon content as is shown in Fig. 13. If the microstructure is not fully martensitic, its hardness is lower. In practical heat treatment, it is important to achieve full hardness to a certain minimum depth after cooling, that is, to obtain a fully martensitic microstructure to a certain minimum depth, which also represents a critical cooling rate.
Denis, "Influence du comportement plastique d'un acier pendant la transformation martensitique sur la genèse des contraintes au cours de Ia trempe," Thesis, Inst. Nat. Polytechnique de Lorraine, Nancy, 1980 40. J. Yu, U. Wolfstieg, and E. Macherauch, Zum durch messereinfluss auf die Eigenspannungen in öl-und Wasserabgeschreckten Stahlzylindern, Arch. , Vol 51, 1980, p 195 41. T. Ericsson, S. Sjöström, M. Knuuttila, and B. Hildenwall, Predicting Residual Stresses in Cases, in Case Hardened Steels, Microstructural and Residual Stress Effects, TMS-AIME, 1984 42.
The time for embrittlement to occur at differing tempering temperatures shows a C-shaped curve behavior in a temperature-log time diagram similar to what is found in transformation diagrams (Fig. 16). The long times in the upper temperature range are due to low thermodynamic driving force and in the lower temperature range to slow diffusion. Temper embrittlement can be removed by reheating the steel above 600 °C (1110 °F) followed by rapid cooling, for example, water quenching. Fig. 25% Ni. Water quenched from 900 °C (1650 °F).