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172                       STRENGTH

         need to use notch ductile steels. The possible failure modes have been
         outlined and overall structural safety discussed.


         References
           1. Harrhy,J. (1972) Structural design of single skin glass reinforced plastic ships, RINA
            Symposium on GRP Ship Construction,
          2. Isherwood, J. W. (1908) A new system of ship construction. TINA.
          3. Murray, J. M. (1965) Notes on the longitudinal strength of tankers. 77VEC
          4. Meek, M., Adams, R., Chapman, J. C., Reibet, H, and Wieske, P.. (1972) The
            structural design of the OCL container ships. TfUNA.
          5. McCallum, J. (1974) The strength of fast cargo ships. TJUNA.
          6. Yuille, I. M. and Wilson, L. B. (1960) Transverse strength of single hulled ships,
             TRINA.
          7. Muckle, W. (1954) The buoyancy curve in longitudinal strength calculations,
            Shipbuilder and Marine Engine Builder, Feb.
          8. Somerville, W. L., Swan.J. W. and Clarke, J. D. (1977) Measurements of Residual
            Stresses and Distortions in Stiffened Panels. Journal of Strain Analysis, Vol. 12, No
            2.
          9. Corlett, E. C. B., Colman.J. C. and Hendy, N. R. (1988) KURDISTAN- The Anatomy
            of a Marine Disaster. TRINA.
         10. Department of Transport (1986). A Report into die Circumstances Attending the
            Loss of MVDERBYSHIRE. Appendix 7 Examination of Fractured Deck Plate of MV
             TYNE BRIDGE. March.
          11. Sumpter, J. D. G., Bird.J., Clarke, J. D. and Caudrey, A. J. (1989) Fracture Toughness
            of Ship Steels. TRINA.
         12. Sumpter, J. D. G. (1986) Design Against Fracture in Welded Structures. Advances in
            Marine Structure, Elsevier Applied Science Publishers.
         13. Nishida, S. (1994) Failure Analysis in Engineering Applications. Butterworth-
            Heinemann.
          14. Petershagen, H. (1986) Fatigue problems in ship structures. Advances in Marine
            Structure, Elsevier Applied Science Publishers.
          15. Smith, C. S. and Chalmers, D. W. (1987) Design of ship superstructures in fibre
            reinforced plastic. NA, May.
         16. Hogben, N. and Lumb, F. E. (1967) Ocean Wave Statistics, HMSO.
          17. Smith, C. S., Anderson, N., Chapman, J. C., Davidson, P. C. and Dowling, P. J. (1992)
            Strength of Stiffened Plating under Combined Compression and Lateral Pressure,
             TRINA.
          18. Violette, F. L, M, (1994) The effect of corrosion on structural detail design. RINA
            International Conference on Marine Corrosion Preiiention.
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