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Materials at High Temperatures Volume 25, 2008 - Issue 3
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Original Articles

Effect of oxidation on creep data: Part 1 – Comparison between some constant load creep results in air and vacuum on 2¼Cr–1Mo steel from 600 to 700°C

Levi de Oliveira BuenoFederal University of São CarlosEngineering Materials Department, C.P.676, 13565-905, São Carlos(SP), Brazil
Pages 213-221 | Published online: 24 Oct 2014

References

  • Viswanathan, R. (1993) Damage mechanisms and life assess-ment of high-temperature components, 2nd edn. ASM Interna-tional, Metals Park, Ohio.
  • Cane, B. J., Brear, J. M. and Aplin, P. F. (1987) Condition assessment of high-temperature plant. Proc. Third Intl. Conf on Creep and Fracture of Engineering Materials and Structures. Evans, R. W. and Wilshire, B. (eds.). The Institute of Metals, London.
  • Middlleton, C. J., Timmins, R. and Townsend, R. D. (1996) The integrity of materials in high temperature components: perfor-mance and life assessement. Int. J Press. Vess. Piping, 66, 33–57.
  • Manning, I. M. (1980) Corrosion and mechanical stresses at high temperatures. Guttman, V and Mertz, M. (eds.). Applied Science, London.
  • Hart, R., Flatley, T., King, C. W. and Morris, C. W. The effect of test piece oxidation on creep life predictions of thick compo-nents. Proc. Conf on Designing with High Temperature Mate-rials. The Institute of Metals, York.
  • Dyson, B. F. and Osgerby, S. (1987) Modelling creep-corrosion interactions in nickel-base alloys. Mater Sci. Technol., 3, 545–553.
  • Roy, N., Ghosh, R. N., Pandey, M. C. (2001) Modelling of Interaction between Creep and Oxidation Behaviour for Engi-neering Materials. ISIJ International, 41/8, 915–921.
  • Bueno, L. O., Marino, L. and DeCarli, C. M. (1999) Prelimin-ary results on possible effects of oxidation on creep curves of 21/4Cr— 1Mo steel tested in air. Proc. 1st Int. Conf on Component Optimization from Materials Properties and Simu-lation Software, pp. 177-186. EMAS, Swansea.
  • Bueno, L. O. (1987) Máquinas-protótipos para ensaios de fluência em metais a altas temperaturas. Parte 1: Detalhes de construed° e montagem do equipamento, pp. 916-934. Anais II ETUAN-Encontro Tecnologia e Utilização Mos Nacionais. Rio de Janeiro (RJ).
  • Bueno, L. O. and Pigatin, W. L. (1987) Máquinas-protótipos para ensaios de fluência em metais a altas temperaturas. Parte 2: Verificaedo de desempenho do equipamento na geravdo de dados de fluência, pp. 935-948. Anais II ETUAN-Encontro Tecnologia e Utilização Mos Nacionais, Rio de Janeiro (RJ).
  • Reis Sobrinho, J. F. (2004) Correlaço-es entre os comportamen-tos de tração a quente e fluência no aço 2,25Cr—lMo na faixa de temperatura de 500 a 700°C. Tese de doutorado - PPG/ CEM, DEMa/UFSCar.
  • Bueno, L. O. and Marino, L. (2002) Comportamento de fluência do aço 2,25Cr— 1Mo ensaiado ao ar e a vácuo, a 700°C. Anais 57° Congresso Anual da ABM— Internacional, São Paulo (SP), pp. 22–25.
  • Bueno, L. O. (2005) Creep behaviour of 21ACR-1Mo steel — an equivalence between hot tensile and creep testing data. Proceedings of ECCC Creep Conference, London, pp. 969-980. DEStech Publ., USA, 2005.

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