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Original Articles

Global responses analysis of a semi-submersible platform with different mooring models in South China Sea

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Pages 441-456 | Received 20 Jan 2012, Accepted 17 Jul 2012, Published online: 18 Sep 2012

References

  • AQWA User Manual. 2006. AQWA-LINE manual. Horsham: Century Dynamics.
  • Berteaux HO. 1976. Buoy engineering. New York: Wiley Interscience.
  • Cao PM, Zhang J. 1997. Slow motion responses of compliant offshore structures. Int J Offshore Polar Eng. 7(2):119–126.
  • Chakrabarti SK. 2005. Handbook of offshore engineering. Amsterdam: Elsevier.
  • Chen XH, Huang K. 2003. Impacts of different riser models on global responses of a truss spar. In: Zhang J, Mercier R, editors. International symposium on Deepwater Mooring Systems: Concepts, Design, Analysis, and Materials; October 2–3; Houston, Texas, USA; p. 183–197.
  • Chen XH, Zhang J, Ma W. 2001. On dynamic coupling effects between a spar and its mooring lines. Ocean Eng. 28:863–887.
  • Christian AC, Shankar SB. 2002. Fiber mooring for ultra-deepwater applications. In: Chung JS, Sayed M, Kashiwagi M, Setoguchi T, Hong SW, editors. Proceedings of the 12th International Offshore and Polar Engineering Conference; . May 26–31; Kitatyusgu, Japan; p. 26–31.
  • Cummins WE. 1962. The impulse response function and ship motions. Washington, DC: DTMB. . Report No. 1661.
  • Devlin P, Flory J, Homer S. 1999. Deep star taut leg mooring polyester test program. In: Singh H, Weyer F, Howland J, Dueste A, Yoerger D, Bradley A, editors. Oceans; . September 13–16; Seattle, USA; p. 690–697.
  • Huse E. 1986. Influence of mooring line damping upon rig motions. In: Proceedings of the l8th Offshore Technology Conference; . May 5–8; Houston, TX, USA; p. 433–438.
  • Huse E, Matsumoto K. 1988. Practical estimation of mooring line damping. In: Proceedings of the 20th Offshore Technology Conference; . May 2–5; Houston, TX, USA; p. 543–552.
  • Koo BJ, Kim MH, Randall RE. 2004. The effect of nonlinear multi-contact coupling with gap between risers and guide frames on global spar motion analysis. Ocean Eng. 31(11–12):1469–1502.
  • Li BB. 2011. Investigation on hydrodynamics and motion performance of an innovative deep draft multi-spar platform [PhD thesis]. [Harbin (China)]: Harbin Institute of Technology.
  • Li BB, Ou JP, Teng B. 2010. Fully coupled effects of hull, mooring and risers model in time domain based on an innovative deep draft multi-spar. China Ocean Eng. 24(2):219–233.
  • Li YC, Teng B. 2002. Wave action on maritime structures. 2nd ed. Beijing: Ocean Press.
  • Liu HX, Huang ZW. 2007. A new type deepwater mooring system and numerical analytical techniques. Ocean Tech. 26(2):6–10.
  • Liu TJ, Chen XH, Wu JF, Huang K. 2003. Global performance and mooring analysis of a truss spar. In: Chung JS, Prinsenberg S, editors. Proceedings of the 13th International Offshore and Polar Engineering Conference; . May 25–30; Honolulu, HI, USA; p. 256–263.
  • Ma W, Lee MY, Zhou J, Huang EW. 2000. Deepwater nonlinear coupled analysis tool. In: Proceedings of the 32nd Offshore Technology Conference; . May 1–4; Houston, TX, USA; p. 1–11
  • Qiao DS, Ou JP. 2009. Static analysis of a deepwater catenary mooring system. Ship Ocean Eng. 38(2):120–124.
  • Qiao DS, Ou JP. 2010. Dynamic analysis of truncated mooring lines using numerical simulation and model tests. In: Chung JS, Ayer R, Prinsenberg S, Hong SW, Langen I, editors. Proceedings of the 20th International Offshore and Polar Engineering Conference; . June 20–26; Beijing, China; p. 246–253.
  • Qiao DS, Zhu H, Ou JP, Wu F. 2011. Numerical simulation for truncated model tests of deepwater semi-submersible platform with viscous damper compensated system in mooring lines. In: Chung JS, Hong SY, Langen I, Prinsenberg SJ, editors. Proceedings of the 21st International Offshore and Polar Engineering Conference; . June 19–24; Maui, HI, USA; p. 557–564.
  • Shafieefar M, Rezvani A. 2007. Mooring optimization of floating platforms using a genetic algorithm. Ocean Eng. 34:1413–1421.
  • Stansberg CT, Ormberg H, Oritsland O. 2002. Challenges in deep water experiments: hybrid approach. J Offshore Mech Arctic Eng. 124(2):90–96.
  • Sun JW, Wang SQ. 2010. Study on motion performance of deepwater spar platform under different mooring methods. Period Ocean Univ China. 40(9):147–153.
  • Tahar A, Ran Z, Kim MH. 2002. Hull/mooring/riser coupled spar motion analysis with buoyancy-can effect. In: Chung JS, Sayed M, Kashiwagi M, Setoguchi T, Hong SW, editors. Proceedings of the 12th International Offshore and Polar Engineering Conference; . May 26–31; Kitatyusgu, Japan; p. 223–230.
  • Teng B, Li YC, Dong GH. 1999. Second-order wave force on bodies in bi-chromatic waves. Acta Oceanol Sin. 21(2):115–123.
  • Timoshenko SP. 1956. Strength of materials, part III: advanced theory and problems. 3rd ed. Princeton, NJ: D Van Nostrand.
  • Tong B, Yang JM, Li X. 2009. Comparison and analysis of dynamic effect for mooring system of semi-submerged platform in deep water. Ocean Eng. 27(1):1–7.
  • van Oortmerssen G. 1976. The motions of a moored ship in waves [PhD thesis]. [Delft, The Netherlands]: Delft University of Technology.
  • Webster WC. 1995. Mooring-induced damping. Ocean Eng. 22(6):571–591.
  • Wichers JEW, Huijismans RHM. 1990. The contribution of hydrodynamic damping induced by mooring chains on low frequency motions. In: Proceedings of the 22nd Offshore Technology Conference; . May 7–10; Houston, TX, USA; p. 171–182.
  • Xie B, Zhang AX, Duan ML. 2007. Engineering mode and platform selection for deepwater oilfield development in South China Sea. Acta Petrol Sin. 28(1):115–118.
  • Zhai GJ, Tang DY, Liu K, Qiao DS. 2011. Experimental analysis for the motion response of deepwater semi-submersible platform under wind and waves. China Offshore Platform. 26(6):43–48.
  • Zhu H, Ma Z, Zhai GJ, Ou JP. 2010. Numerical simulation of the dynamic behavior of HYSY-981 semi-submersible platform subject to wind and waves. J Vib Shock. 29(9):113–118.
  • Zhu H, Ma Z, Zhai GJ, Xie B, Fu YJ, Ou JP. 2009. Numerical simulation and wind tunnel tests of wind loads acting on HYSY-981 semi-submersible platform. Ship Ocean Eng. 38(5):149–152.

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