Implications of the yield stress/tensile stress ratio to the SINTAP failure assessment diagrams for homogeneous materials

Author:

Bannister A.C,Ruiz Ocejo J,Gutierrez-Solana F

Publisher

Elsevier BV

Subject

Mechanical Engineering,Mechanics of Materials,General Materials Science

Reference16 articles.

1. Billingham J, Healy J, Bolt H. High yield strength steels the significance of yield ratio and work hardening for structural performance. Health and Safety Executive, UK, Offshore Technology Report, OTH 96903, 1997

2. Sloterdijk W. The effect of tensile properties on the safety of pipelines. Proceedings of 25th Anniversary Meeting of the European Pipeline Research Group, Brussels, November 1997. p. 34–9

3. A study of the effect of yield point elongation and strain hardening rate on the fracture behaviour of welded low carbon steels, OMAE 1988;Denys;Mater Engng ASME,1988

4. Taylor JC. Origins of the ultimate tensile strength/yield strength ratio limit in codes. Proceedings of Round Table Discussion on Relevance of the Yield to Tensile Ratio in Steels for Welded Construction. Düsseldorf, Pub Niobium Products Company GmbH, October 1997

5. Defourny J, Di-Fant M, Langenberg P, Dahl W, Rohde W. Fracture behaviour and failure analysis of weldable high strength steels: Review of ECSC Research Projects in 1983–1987, ECSC Contract No. 7210-22/577, April 1998

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