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Inconel 625波纹管高温疲劳公式的建立

Establishment of the Inconel 625 Bellows Fatigue Formula at Elevated Temperature
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摘要 通过高温疲劳试验,得到了Inconel 625材料波纹管720℃时的高温疲劳公式,同时对EJMA标准附录G中的高温疲劳公式算法提出了改进。最后利用推导出的高温疲劳公式对现有的设计做出了评价,并对实际工程提出了建议。 This paper deduced a fatigue formula of Inconel 625 Bellows at 720 ℃ by several fatigue experiments. The calculation of the bellows fatigue formula at elevated temperature in EJMA APPENDIX G were improved. The existing design was evaluated by using the deduced fatigue formula and some suggestions were made to the existing projects.
出处 《材料开发与应用》 CAS 2014年第3期70-75,共6页 Development and Application of Materials
关键词 INCONEL 625合金 波纹管 高温疲劳公式 Inconel 625 alloy bellows fatigue formula at elevated temperature
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参考文献8

  • 1Kobatake K, Takahashi S, Osaki T, et al. Fatigue life prediction of bellows joints at elevated temperature [J]. ASME. Matallic Bellows and Expansion Joints, 1981 ,PVP - Vol. 51:91-104.
  • 2Becht IV C. Fatigue and elevated temperature design og bellows [ J ]. ASME, Metallic Bellows and Expan- sion Joint, 1989, PVP - Vol. 168:27-36.
  • 3Aderson W F. Analysis of Stresses in Bellows[ R]. U. S. Atomic Energy Commission. 1964, Report No. NAASR - 4527.
  • 4EJMA. Standards of the Expansion Joint Manufactures Association, Inc [ S ]. New York : EJMA, 2008.
  • 5Broyles. Bellows high temperature cycle life [ J ]. ASME. PVP 1995 ,Vol. 301:129-138.
  • 6Special Metals Corporation. Inconel Alloy 625 [ M ]. New York: Special Metals Corporation,2004.
  • 7陈友恒.固溶态Ineonel625波纹管高温疲劳寿命研究[D].中国舰船研究院,2013.
  • 8中国标准化委员会编.GB/T12777-2008《金属波纹管膨胀节通用技术条件》[S].

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