Refernces:
1 Vesely W.E, Golberg F.F., Roberts N.H., Haasl D.F., Fault tree handbook, US Nuclear Regulatory Commission, 1981
2 Guedes Soares C., Toixoira A.P., Structural reliability of two bulk carriers designs, Marine Structures 13, 2000
3 Ochi M.K., Ocean Waves – the stochastic approach, Cambridge Ocean Technology, Series no. 6, Cambridge University Press, 1998
4 Hogben N., Dacunha N.M.C, Oliver G.F., Global Waves Statistics, BMT, Unwin Brothers Limited, 1986
5 Cummins W.E., The impulse response function and ship motions, Schiffstechnik, Vol. 9, No.47, 1962
6 Ralston A., First course in numerical analysis, PWN, Warsaw, 1975
7 Konieczny L., Debek P., Development of probabilistic method of ship structural safety assessment, Technical Report No. RK 2006/T-054/E, Ship Design and Research Centre S.A., Gdansk, 2006
8 Hughes O.F., Ship structural design, A Rationally-Based, Computer-Aided, Optimization Approach, The Society of Naval Architects and Marine Engineers (SNAME), New Jersey 1988
9 IACS URS 21, Evaluation of Scantlings of Hatch Covers and Hatch Comings of Cargo Holds of Bulk Carriers, Ore Carriers and Combination Carriers, Rev. 4, 2007
10 IACS URS18, Evaluation of Scantlings of Corrugated Transverse Watertight Bulkheads in Bulk Carriers Considering Hold Flooding, Rev. 7, 2006
11 Tetsuya Yao, Atsushi Magaino, Toshiro Koiwa, Shugo Sato, Collapse strength of hatch cover of bulk carrier subjected to lateral pressure load, Marine Structures 16, 2003.
12 Boitsov G. V. Partial safety factors for still water and wave loads, Ship Technology Research, Vol. 47, 2000.
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