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Articles

Influence of Ar3 and Ae3 temperatures on hot ductility of steels

Pages 1145-1153 | Published online: 19 Jul 2013

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Read on this site (5)

Yang Liu, Yanhui Sun & Haotian Wu. (2020) The crack generation and propagation during γ→α transformation in Nb-microalloyed steel. Materials Science and Technology 36:7, pages 868-876.
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B. Mintz. (2008) Understanding the low temperature end of the hot ductility trough in steels. Materials Science and Technology 24:1, pages 112-120.
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H. Su, W. D. Gunawadarna, A. Tuling & B. Mintz. (2007) Influence of Al and P additions on hot ductility of steels. Materials Science and Technology 23:11, pages 1357-1366.
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P. Zhao & Y. Zhang. (2001) Effect of boron on hot ductility oflow carbon low alloyed steel. Materials Science and Technology 17:7, pages 843-846.
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Articles from other publishers (4)

F. Equihua-Guillén, R. Servín, J. R. Muzquiz-Riojas, J. E. Camporedondo-Saucedo & M. Aguilar-González. (2011) Implications of total content of silicon, aluminium, chromium and formation of thin ferrite films on low ductility at high temperature in non oriented electrical steels. Revista de Metalurgia 47:5, pages 381-389.
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F. Equihua-Guillén & A. Salinas-Rodríguez. (2010) Role of the Austenite-Ferrite Transformation Start Temperature on the High-Temperature Ductility of Electrical Steels. Journal of Materials Engineering and Performance 20:1, pages 102-107.
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K.R. Carpenter, R. Dippenaar & C.R. Killmore. (2009) Hot Ductility of Nb- and Ti-Bearing Microalloyed Steels and the Influence of Thermal History. Metallurgical and Materials Transactions A 40:3, pages 573-580.
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Hamzeh S.M. Al-Omari. (2008) Effect of Different Substituents on the Amino-Oxo/Amino-Hydroxy Cytosine Tautomeric System. Journal of Applied Sciences 8:15, pages 2659-2668.
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