lxxiv
Kang J. W., Huang T., Purushothaman R., Wang W., Rong Y., Modeling and
simulation of heat transfer in loaded continuous heat treatment furnace v. 25 n. 5 p.
764 – 768, Transactions of material and heat treatment proceedings of the 14
th
IFHTSE Congress, 2006.
Krauss G., Steels, Ed. Materials Park, American Society for Steels, 613p, Ohio, 2005.
Lund,T.B., Olund, L. J. P, Enviromentally friendly bearing steel with reduced
hardening distortion, Bearing steel technology, ASTM STP 1419, J. M.
BESWICK, Ed., American Society for testing and materials international, West
Conshohocken, PA, 2002.
Magnabosco,R. Microestrutura, processamento e propriedades dos aços de
construção mecânica, Associação Brasileira de Engenharia Automotiva, 2007.
Micro-química, Apostila de tratamento térmico, v. 1, pg 1- 60, 2002.
Narazaki M., Totten G. E., Distortion of heat treated components, v. 1, p. 607 -
649, in Totten G. E, Steel Heat treatment: Metallurgy and Technologies, ASM
International, Materials Park, 2007.
Novikov I., Teoria dos tratamentos térmicos dos metais, p 505, Rio de Janeiro, Ed. UFRJ,
1994.
Nowag L., Solter J., Brinksmeier E, Interference of turning parameters on
distortion of bearing rings, German Academic Society for Production Engineering,
2007.
Özisik, M. N., Transferência de calor - um texto básico, Rio de Janeiro, Ed.
Guanabara Koogan, 661p, 1990.
Silva, A. V. C., Cálculos de equilíbrio em aciaria através da dinâmica
computacional, In: Tecnologia em Metalurgia e Materiais, São Paulo, v.3, n. 1, p.
45 – 52, jul. – set. 2006.
STEEL heat treatment handbook, Ed. Marcel Dekker,1192p, 1997.
Totten G.E, Lally K. S., Proper Agitation dictates quench success, Heat treating,
September 1992, p 12 –17.
Zakharov B., Heat treatment of metals, p 311, Moscou, Mir, 1962.
62