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Materials Science and Technology Volume 3, 1987 - Issue 9
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Articles

High temperature fatigue crack growth in superalloy blade materials

G. A. Webster
Pages 716-725 | Published online: 18 Jul 2013

Citations (11)

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Read on this site (1)

K. Luer, J. DuPont, A. Marder & C. Skelonis. (2001) Corrosion fatigue of alloy 625 weld claddings in combustion environments. Materials at High Temperatures 18:1, pages 11-19.
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Articles from other publishers (10)

M. Okazaki, M. Sakaguchi & R. Kamma. (2010) Early growth of creep-fatigue small cracks in an advanced cast Ni-based superalloys. Transactions of the Indian Institute of Metals 63:2-3, pages 259-263.
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Keh-Minn Chang & Xingbo Liu. (2001) Effect of γ′ content on the mechanical behavior of the WASPALOY alloy system. Materials Science and Engineering: A 308:1-2, pages 1-8.
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Masakazu Okazaki & Yasuhiro Yamazaki. (1999) Creep-fatigue small crack propagation in a single crystal Ni-base superalloy, CMSX-2. International Journal of Fatigue 21, pages S79-S86.
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K Sadananda & A.K Vasudevan. (1997) Analysis of high temperature fatigue crack growth behavior. International Journal of Fatigue 19:93, pages 183-189.
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M. Okazaki, H. Yamada & S. Nohmi. (1996) Temperature dependence of the intrinsic small fatigue crack growth behavior in ni-base superalloys based on measurement of crack closure. Metallurgical and Materials Transactions A 27:4, pages 1021-1031.
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C. Moura Branco, J. Byrne & V. Hodkinson. 1996. Mechanical Behaviour of Materials at High Temperature. Mechanical Behaviour of Materials at High Temperature 93 134 .
T.N. Rhys-Jones & T.P. Cunningham. (1990) The influence of surface coatings on the fatigue behaviour of aero engine materials. Surface and Coatings Technology 42:1, pages 13-19.
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Masakazu Okazaki, Tetsuo Tabata & Shinichiroh Nohmi. (1990) Intrinsic stage i crack growth of directionally solidified Ni-Base superalloys during low-cycle fatigue at elevated temperature. Metallurgical Transactions A 21:8, pages 2201-2208.
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M.B. Cortie & G.G. Garrett. (1989) A comparison of fatigue crack growth of three alloy steels at elevated temperature. Theoretical and Applied Fracture Mechanics 11:1, pages 9-19.
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P. Hancock. (1989) The influence of environment on the fatigue behaviour of superalloy components at high temperatures. Corrosion Science 29:6, pages 657-671.
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