Ship Hull Ultimate Strength Reliability Considering Corrosion

Journal of Ship Research

Volumn 42, Issue 2, 1998, Pages 154-165

  Paik, Jeom Kee ^a   Thayamballi, Anil K ^b   Kim, Sung Kyu ^a   Yang, Soo Hong ^a  

^a Pusan National University   (South Korea)

^b AMERICAN BUREAU OF SHIPPING   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

CORROSION FATIGUE; LOADS (FORCES); MATHEMATICAL MODELS; RELIABILITY; STRENGTH OF MATERIALS; TIME DOMAIN ANALYSIS;

ULTIMATE STRENGTH;

HULLS (SHIP);

EID: 0032092849     PISSN: 00224502     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Article

References (32)

1. CALDWELL, J. B. 1965 Ultimate longitudinal strength. Trans. RINA, 107, 411-430.
2. CAPANOGLU, C. C. 1993 Fatigue technology assessment and strategies for fatigue avoidance in marine structures. Ship Structure Committee, Report No. SSC-367.
3. EMI, H., YUASA, M., KUMANO, A., ARIMA, T., YAMAMOTO, N. AND UMINO, M. 1993 A study on life assessment of ships and offshore structures (3rd report: Corrosion control and condition evaluation for a long life service of the ship). Journal of the Society of Naval Architects of Japan, 174, 735-744 (in Japanese).
4. FAULKNER, D. AND SADDEN, J. A. 1979 Toward a unified approach to ship structural safety. Trans. RINA, 121, 1-28.
5. FRIEZE, P. A. AND PLANE, C. A. 1987 Partial safety factor evaluation for some aspects of buckling of offshore structures-A pilot study on BS 5400 Part 3, HMSO, London.
6. FRIEZE, P. A. AND LIN, Y. T. 1991 Ship longitudinal strength modeling for reliability analysis. Proceedings, Marine Structural Inspection, Maintenance and Monitoring Symposium, SSC/SNAME, Arlington, March, C.1-C.20.
7. GUEDES SOARES, C. AND GARBATOV, Y. 1996 Reliability of maintained ship hulls subjected to corrosion. JOURNAL OF SHIP RESEARCH, 40, 3, 235-243.
8. IACS 1994 Bulk carriers: Guidelines for surveys, assessment and report of hull structure. International Association of Classification Societies, London.
9. IVANOV, L. D. 1986 Statistical evaluation of the ship's hull cross section geometrical characteristics as a function of her age. International Shipbuilding Progress, 387, November, 198-203.
10. LOSETH, R., SEKKESETER, G. AND VALSGÅRD, S. 1994 Economics of high tensile steel in ship hulls. Marine Structures, 7, 1, 31-50.
11. LOUKAKIS, T. A. AND CHRYSSOSTOMIDIS, C. 1975 Seakeeping series for cruiser stern ships. Trans. SNAME, 83, 67-127.
12. MANSOUR, A. E. 1990 An introduction to structural reliability theory. Ship Structure Committee, Report No. SSC-351.
13. MANSOUR, A. E. AND HOVEM, L. 1994 Probability based ship structural analysis. JOURNAL OF SHIP RESEARCH, 38, 4, 329-339.
14. NITTA, A., ARAI, H. AND MAGAINO, A. 1992 Basis of IACS unified longitudinal strength standard. Marine Structures, 5, 1-21.
15. PAIK, J. K. 1994 Hull collapse of an aging bulk carrier under combined longitudinal bending and shearing force. Trans. RINA, 136, 217-228.
16. PAIK, J. K. AND KIM, D. H. 1997 A benchmark study on the ultimate strength formulations of stiffened panels. Joint PNU-ABS research project, Final Report to the American Bureau of Shipping, by Pusan National University, Department of Naval Architecture and Ocean Engineering, January.
17. PAIK, J. K., KIM, S. K., YANG, S. H. AND THAYAMBALLI, A. K. 1997a Ultimate strength reliability of corroded ship hull. Trans. RINA, 140, 1-18.
18. PAIK, J. K., KIM, S. K. AND LEE, S. K. 1997b A probabilistic corrosion rate estimation model for longitudinal strength members of bulk carriers. To appear in Ocean Engineering.
19. PAIK, J. K. AND MANSOUR, A. E. 1995 A simple formulation for predicting the ultimate strength of ships. Trans. Journal of Marine Science and Technology, 1, 1, 52-62.
20. PAIK, J. K., THAYAMBALLI, A. K. AND CHE, J. S. 1996 Ultimate strength of ship hulls under combined vertical bending, horizontal bending and shearing forces. Trans. SNAME, 104, 31-59.
21. PAIK, J. K. AND THAYAMBALLI, A. K. 1997 An empirical formulation for predicting the ultimate compressive strength of stiffened panels. Proceedings, 7th International Offshore and Polar Engineering Conference, IV, Honolulu, May, 328-338.
22. POLLARD, R. R. 1991 Evaluation of corrosion damage in crude and product carriers. Study No. 2, on Corrosion Damage Evaluations, Report SMP-2-1 of the Berkeley Structural Maintenance for New and Existing Vessels Project.
23. RINA 1996 Derbyshire-The search, assessment and survey. The Naval Architect, The Royal Institution of Naval Architects, May, 44-48.
24. RUTHERFORD, S. E. AND CALDWELL, J. B. 1990 Ultimate longitudinal strength of ships: A case study. Trans. SNAME, 98, 441-472.
25. SHI, W. B. 1993 In-service assessment of ship structures: effects of general corrosion on ultimate strength. Trans. RINA, 135.
26. TSCF 1986 Guidance manual for inspection and condition assessment of tanker structures. Tanker Structure Cooperative Forum, Witherby and Co., London.
27. TSCF 1992 Condition evaluation and maintenance of tanker structures. Tanker Structure Cooperative Forum, Witherby and Co., London.
28. VALSGARD, S. AND STEEN, E. 1991 Ultimate hull girder strength margins in present class requirements. Proceedings, SSC/SNAME Symposium on Marine Structural Inspection, Maintenance and Monitoring, Arlington, Virginia, March, B.1-B.19.
29. VASTA, J. 1958 Lessons learned from full-scale structural tests. Trans. SNAME, 66, 165-243.
30. VINER, A. C. AND TOZER, D. R. 1985 Influence of corrosion on ship structural performance, Proceedings, 9th International Ship and Offshore Structures Congress, Contribution to Report of Committee III.3, Santa Margherita, Italy.
31. VINER, A. C. 1986 Development of ship strength formulations, Proceedings, International Conference on Advances in Marine Structures, Smith C. S. and Clarke, J. D. (Eds.), Elsevier, London and New York, 152-173.
32. YAMAMOTO, N., KUMANO, A. AND MATOBA, M. 1994 Effect of corrosion and its protection on hull strength (2nd report). Journal of the Society of Naval Architects of Japan, 176, 281-289 (in Japanese).