Page 88 - Pipelines and Risers
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BuckIingKolllapse of Deepwater MetaNic Pipes                          61














                             4.5      0      0.5     1      1.5
                                 ‘he Longifudim! Porn /Ultimate Tw Longitudinal Porn
        Figure 3.16 Normalized bending moment capacity as a function of longitudinal force. Pressure equal to 0.9
        times the plastic buckling pressure.


        3.6  References

         1.  ABS (2000) “Guide for Building and Classing Undersea Pipelines and Risers”, American
           Bureau of  Shipping.
        2.  API (1998) “Design, Construction, Operation and Maintenance of Offshore Hydrocarbon
           Pipelines (Limit State Design)”.
        3.  Bai,  Y.,  Igland, R.  and  Moan,  T.,  (1993) ‘Tube  Collapse under  Combined Pressure,
           Tension and Bending”, International Joumal of Offshore and Polar Engineering, Vol. 3(2),
           pp. 121-129.
        4.  Bai, Y., Igland, R. and Moan, T., (1994) “Ultimate Limit States for Pipes under Combined
           Tension and Bending”, International Journal of Offshore and Polar Engineering, pp. 3 12-
           319.
        5.  Bai,  Y.,  Igland, R.  and  Moan, T., (1995) “Collapse of  Thick Tubes under Combined
           Tension and Bending”, Journal of Constructional Steel Research, pp. 233-257.
        6.  Bai,  Y., Igland, R.  and  Moan,  T., (1997)  ‘Tube  Collapse under  Combined  External
           Pressure, Tension and Bending”, Journal of Marine Structures, Vol. 10, NOS, pp.389-410.
        7.  Bai, Y. and Hauch, S., (1998) “Analytical Collapse of Corroded Pipes”, ISOPE ’98.
        8.  Bai,  Y., Hauch,  S. and  Jensen, J.C.,  (1999)  ‘‘Local  Buckling and  Plastic Collapse of
           Corroded Pipes with Yield Anisotropy”, ISOPE’99.
        9.  Bruschi, R.,  Monti, P.,  Bolzoni, G., Tagliafemi, R.  (1995), “Finite Element Method  as
           Numerical Laboratory for Anal ysing Pipeline Response  under  Internal  Pressure, Axial
           Load, Bending Moment” OMAE’95.
         10. BSI: BS  8010 (1993) “Code of  Practice for Pipeline - Part 3. Pipeline Subsea: Design,
           Construction and Installation”, British Standards Institute.
         11. Chen, W. F., and Sohal, I. S. (1988), “Cylindrical Members in Offshore Structures” Thin-
           Walled Structure, Vol.  6  1988. Special Issue on  Offshore Structures, Elsevier Applied
           Science.
         12. Corona, E. and Kyriakides, A. (1988), “Collapse of  Pipelines under Combined Bending
           and External Pressure”, BOSS’88.
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