Clarification of creep damage condition and rupture time prediction method for round notch bar specimens on Modified 9Cr-1Mo Steel under creep loading

Author:

YAMADA Katsutaka1,OGATA Takashi2

Affiliation:

1. Graduate School of Engineering, Chiba Institute of Technology

2. Chiba Institute of Technology

Publisher

Japan Society of Mechanical Engineers

Reference13 articles.

1. Brett, S. J., Oates, D. L. and Johnston, C., In-service type IV cracking in a modified 9Cr header, Proceeding of ECCC creep conference, London(2005), pp.563-572.

2. Cane, B. J., Creep damage accumulation and fracture under multi-axial stress, Proceedings of the 5th international conference on fracture(1973), pp.1285-1293.

3. Goyal, S., Laha, K., Vijayanand, D., Panneera Selvi, S. and Mathew, M. D., Effect of multiaxial state of stress on creep rupture behaviour of 2.25Cr-1Mo steel, Proceeding of 6th international conference on creep, Fatigue and creep-fatigue interaction(2013), pp.510-516.

4. Hayhurst, D. R., Lin, J. and Hayhurst, R.J., Failure in notched tension bars due to high-temperature creep: interaction between nucleation controlled cavity growth and continuum cavity growth, International journal of solids and structures, Vol.45(2008),pp.2233-2250.

5. Kimura, K. and Yaguchi, M., Re-evaluation of long-term creep strength of base metal of ASME grade 91 type steel, ASME 2016 pressure vessels and piping conference(2016), PVP2016-63355.

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