Effects of specimen geometry and anisotropic material response on the tensile strain capacity of flawed spiral welded pipes

Author:

Van Minnebruggen Koen,Hertelé Stijn,Thibaux Philippe,De Waele Wim

Publisher

Elsevier BV

Subject

Mechanical Engineering,Mechanics of Materials,General Materials Science

Reference52 articles.

1. Bian Y, Penniston C, Collins L, Mackenzie R. Evaluation of UOE and spiral-welded line pipe for strain-based design. In: Proc 8th int pipeline conf, IPC2010, Calgary, Alberta, Canada; 2010. p. 10.

2. Liebeherr M, Güngör ÖE, Quidort D, Lèbre D, Ilic N. Development and weldability assessment of heavy gauge X80 linepipe steel for spiral welded pipe. In: CBMM welding of high strength pipeline steels international seminar, Araxa, Brazil; November 2011.

3. Yuqun Y, Yixin H, Yongkuan Y, Daoyuan W, Yonglong W, Stalheim DG. The development of X80 steel plate and coil for the 2nd west-east pipeline project. In: Proc 7th int pipeline conf, IPC2008, Calgary, Alberta, Canada, vol. 3; 2008. p.147–55.

4. Güngör ÖE, Liebeherr M, Quidort D. Welding evaluation of 21.6 mm X80 linepipe steel from coil. In: The 2nd South East European IIW international congress, Sofia, Bulgaria; 2010. p. 129–33.

5. Peeck A. Cold bending behaviour of large pipe of high strength. In: 3R int j, vol. 10; 1985. p. 570–74.

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