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480 Part IVStructural Reliabiliw

5. Bea, R. and Craig, M. (1997), “Reliability Based Load and Resistance Factor Design
Guidelines for Offshore Platforms to Resist Earthquakes”, Prof 16th OMAE, Yokohama,
Japan.
6. Birkinshaw, M. and Smith, D. (1996), “The Setting of Target Safety Levels for the
Assessment of Offshore Structures”, Proc. 6th Int. Offshore and Polar Engineering
Conference, USA.
7. Efthymiou, M., Van, J.W., Tromans, P.S. and Hines, I.M. (1997), “Reliability-Based
Criteria for Fixed Steel Offshore Platfoms”, Journal of OMAE, Vol. 119, May.
8. Guedes Soares, C, Dogliani, M., Ostergaard, C., Parmentier, G. and Perdersen, P.
Temdrup (1996), “Reliability Based Ship Structural Design”, Trans. SNAME, Vol. 104,
pp.375-389.
9. MacGregor, J. R., et al, (2000) “Design and Construction of the FPSO Vessel for the
Schiehallion Field”, Trans. RINA, Vol. 142, pp. 270-304.
10. Mansour, A. E. (1997), “Assessment of Reliability of Ship Structures”, SSC-398, Report
of Ship Structures Committee.
11. Ravindra, M.K. and Galambos, T.V. (1978), “Load and Resistance Factor Design for
Steel”, J. of the Structural Division, Vol. 104, pp.1337-1353.
12. Song, R, Tjelta, E and Bai, Y. (1998), “Reliability-based Calibration of Safety Factors for
Tubular Joint Design”, Proc. 8th International Offshore and Polar Engineering Conference
(ISOPE’98), Montreal, Canada, May, 1998.
13. Sun, H.H. and Bai, Y. (2001), “Time-Variant Reliability of FPSO Hulls”, SNAME
Transactions, Vol. 109.