On the uncertainty in long-term predictions of wave induced loads on ships

Marine Structures

Volumn 12, Issue 3, 1999, Pages 171-182

  Guedes Soares, C ^a  

^a UNIVERSITY OF LISBON   (Portugal)

Author keywords

Long term models; Model uncertainty; Wave loads

Indexed keywords

MATHEMATICAL MODELS; TANKERS (SHIPS); TRANSFER FUNCTIONS;

MODEL UNCERTAINTY; WAVE INDUCED LOAD;

WATER WAVE EFFECTS;

MODEL ANALYSIS; MODELING ERROR; VESSEL; WAVE LOAD;

PREDICTION; VESSEL; WAVE ACTION;

EID: 0345669116     PISSN: 09518339     EISSN: None     Source Type: Journal    
DOI: 10.1016/S0951-8339(99)00025-8     Document Type: Article

References (31)

1. IACS. Requirement S11 on longitudinal strength standard. 1993, Revision 1.
2. Nitta A, Arai H, Magaino A. Basis of IACS unified longitudinal strength standard. Marine Struct. 1992;5:1-21, 1992;7:567-72; and 1995;8:337-39.
3. Nitta A, Arai H, Magaino A. Basis of IACS unified longitudinal strength standard. Marine Struct. 1992;5:1-21, 1992;7:567-72; and 1995;8:337-39.
4. Nitta A, Arai H, Magaino A. Basis of IACS unified longitudinal strength standard. Marine Struct. 1992;5:1-21, 1992;7:567-72; and 1995;8:337-39.
5. Guedes Soares C. On A. Nitta et al.'s basis of IACS unified longitudinal strength standard. Marine Struct. 5:1992;559-561.
6. Faulkner D. On A. Nitta et al.'s basis of IACS unified longitudinal strength standard. Marine Struct. 8:1995;335-336.
7. Fukuda J. Theoretical determination of design wave bending moments. Japan Shipbuilding Marine Engng. 2:1967;13-22.
8. Söding H. Calculation of long-term extreme loads and fatigue loads of marine structures. in: Bishop RED, Price WG, editors. The dynamics of marine vehicles and structures in waves, London: Institute of Mechanical Engineering, 1974, p. 373-82.
9. Ochi MK, Motter LE. Prediction of extreme ship responses in rough seas of the north atlantic. in: Bishop RED, Price WG, editors. The dynamics of marine vehicles and structures waves. London: Institution of Mechanical Engineers, 1974, p. 199-209.
10. Ochi M., Chang M.S. Notes on the statistical long-term response prediction. Int. Shipbuilding Progr. 1978;270-271.
11. Guedes Soares C, Viana PC. Sensitivity of the response of marine structures to wave climatology. in: Schreffler BA, Zienkiewicz OC, editors. Computational Methods in Ocean Engineering. Rotterdam: Balkema, 1988. p. 487-92.
12. Bitner-Gregersen E.M., Cramer E.H., Loseth R. Uncertainties of load characteristics and fatigue damage of ship structures. Marine Struct. 8:1995;97-117.
13. Guedes Soares C. Effect of wave directionality on long-term wave-induced load effects in ship. J. Ship Res. 39:1995;475-483.
14. Guedes Soares C., Dogliani M., Ostergaard C., Parmentier G., Pedersen P.T. Reliability-based ship structural design. Trans. SNAME. 104:1996;357-389.
15. Guedes Soares C. Effect of spectral shape uncertainty in the short-term wave-induced ship responses. Appl. Ocean Res. 12(2):1990;54-69.
16. Guedes Soares C. Effect of transfer function uncertainty on short-term ship responses. Ocean Engng. 18(4):1991;329-362.
17. Guedes Soares C. Effect of heavy weather manoeuvring on the wave-induced vertical bending moments in ship structures. J. Ship Res. 34(1):1990;60-68.
18. Guedes Soares C., Trovão M.F.S. Influence of wave climate modelling on the long-term prediction of wave-induced responses of ship structures. Price W.G., Temarel P., Keane A.J. Dynamics of marine vehicles and structures waves. 1991;1-10 Elsevier, Amsterdam.
19. Guedes Soares C. On the definition of rule requirement for wave-induced vertical bending moments. Marine Struct. 9:1996;409-425.
20. Watanabe I., Guedes Soares C. Comparative study on the time-domain analysis of non-linear ship motions and loads. Marine Struct. 12:1999;153-170.
21. Salvesen N., Tuck E.O., Faltinsen O. Ship motions and sea loads. Trans. SNAME. 78:1970;250-287.
22. Xue J., Pitalluga A., Cervetto D. Fatigue damage calculations for oil tanker and containership structures. Marine Struct. 7:1994;499-536.
23. Hogben N., da Cunha L.F., Olliver N.H. Global wave statistics. 1986;Brown Union Pub. London.
24. Shinkai A, Wang S. Prospects of a new stochastic model for the long-term prediction. Proceedings of the 16th International Conference on Offshore Mechanics and Arctic Engineering (OMAE), vol II, ASME, New York, 1997, p. 133-40.
25. Smith CS. Measurement of service stresses in warships. Conference stresses in service, Instn. Of Civil Engrs, London. 1966, p. 1-8.
26. Guedes Soares C. Long-term distribution of non-linear wave-induced vertical bending moments. Marine Struct. 6:1993;475-483.
27. Farnes K.A., Moan T. Extreme dynamic, non-linear response of fixed platforms using a complete long-term approach. Appl. Ocean Res. 15:1994;317-326.
28. Guedes Soares C., Schellin T.E. Long-term distribution of non-linear wave-induced vertical bending moments on a containership. Marine Struct. 9(3-4):1996;313-332.
29. Juncher Jensen J., Terndrup Pedersen P. Wave-induced bending moment in ship - a quadratic theory. Trans. RINA. 120:1978;151-161.
30. Jensen J.J., Banke L., Dogliani M. Long-term predictions of wave-induced loads using a quadratic strip theory. Proceedings International Conference on ship and marine research (NAV 94). Rome, 1:1994;1-14.
31. Guedes Soares C., Schellin T.E. Nonlinear effects on long-term distributions of wave-induced loads for tankers. J Offshore Mech Arctic Engng. 120(2):1998;65-70.