A model for creep life prediction of thin tube using strain energy density as a function of stress triaxiality under quasistatic loading employing elastic-creep & elastic-plastic-creep deformation

Author:

Mahmood Tahir,Kanapathipillai Sangarapillai,Chowdhury Mahiuddin

Publisher

Springer Science and Business Media LLC

Subject

Mechanical Engineering

Reference15 articles.

1. Ng L, Zarrabi K. A multiaxial creep damage hypothesis and its application to predict life of 2.25%Cr-1%Mo (Bridgman) notched bars. In: Proceedings of the ICMEM, Int Conf Mech Eng and Mechanics (Nanjing, China). USA: Science Press, 2005, 127–130

2. Ng L, Zarrabi K. Creep life prediction of 0.5%Cr-0.25%V thick walled cylinder using new multiaxial approach. In: Proceedings of the IMECE, CD-ROM, ASME, Int Mech Cong and Expo, Orlando, Florida, USA, 2005

3. Zarrabi K, Ng L. A novel and simple approach for predicting creep life based on tertiary creep behaviour. ASME Journal of Pressure Vessels Technology, 2008, 130: 041201 (10 pages)

4. Ng L, Zarrabi K. A creep damage model for predicting failure on multi-material-cross-weld components. In: Proceedings of the Structural Integrity & Failure Conference, CD-ROM, Sydney, Australia, 27–29, September, 2006

5. Zarrabi K, Ng L. On integrity assessment of axisymmetric components operating within creep regime. The Chinese Journal of Mechanical Engineering, 2006, 19(4): 492–495

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