ssc-367 - Ship Structure Committee

6.4 Study of Environmental Design Criteria For JHN’s Offshore
China Lufeng Project, A Report to Earl and Wright, Shezhen
China Ocan Technology Company (COTC), January 1991.
6.5 N. Hogben and F.E. Lumb, “OceanWave Statistics,”Hjnistryof
Technology, National Physical Laboratory, London: Her
Majesty’s Stationary Office, 1967.
6.6 M.K. Ochi and Y.S. Chin, “Wind Turbulent Spectra for Design
Consideration of Offshore Structures,” Offshore Technology
Conference 1988, OTC 5736.
6.7 Kinra, R., and Marshall, P., “Fatigue Analyses of Cognac
Platform,’’Journalof PetroleumEnergy,SPE 8600, March 1980.
6.8 Sarpkaya, T. and Isaacson, M., “Mechanics of Wave Forces on
Offshore Structures,”Van Nostrand Reinhold Co., 1981.
6.9 Wirsching, P.H., “Digital Simulation of Fatigue Damage in
Offshore Structures,” Computational Method for Offshore
Structures,H. Armenand S.G. Stiansen,Editors,ASMB, 1980.
6.10 Chen, Y.N., and Maurakis, S.A., “Close Form Spectral Fatigue
Analysis of Compliant Offshore Structures, “Journal of Ship
Research.
6.11 Dalzell, J.F., Maniar, N.M., and Hsu, M.W., “Examination of
Service and Stress Data of Three Ships for Developmentof Hull
Girder Load Criteria,” Ship Structure Committee Report SSC-
287, 1979.
7.1 Gurney, T.R., “The Influence of Thickness of the Fatigue
Strength of Welded Joints,” Proceedings of 2nd International
Conference on Behavior of Offshore Structures (BOSS ‘79),
London, 1979.
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