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Fuzzy PID Control of Offshore Platform Multi-point Mooringsystem

摘要


Withthreemodelanchors and one real anchor to simulate the positioning equipment of semi-submersible unit, it establishes the dynamic models of anchor and anchor chain as well as the platform system mathematic model. Automatic positioning algorithm is used to control the unit move. The application of convert, PLC and industrial Ethernet technology improves the automatic level, work effect and reliability, which is significant to domestic development of semi-submersible unit.

參考文獻


Banik AK,Datta TK.Response and stability of two-point mooring system under random waves[J].Marine Systems&Ocean Technology,2017,12(1):29-37.
Gottlieb O,YimS C S.Nonlinear oscillations,bifurcations and chaos in a multi-point mooring system with a geometric nonlinearity[J].Applied Ocean Research,1992,14(4):241-257.
Hsu W T,Thiagarajan K P,ManuelL.Extreme mooring tensions due to snap loads on a floating offshore wind turbine system[J].Marine Structures,2017,55:182-199.
Hong S,LeeI,Park S H,etal.An experimental study of the effect of mooring systems on the dynamics of a SPAR buoy-type floating offshore wind turbine[J].International Journal ofNavalArchitecture&Ocean Engineering,2015,7(3):559-579.
RudmanM,Cleary P W.The influence of mooring system in rogue wave impact on an offshore platform[J]. Ocean Engineering,2016,115:168-181.

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