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This paper deals with an active control strategy to check the non-linearly coupled response of a tension leg platform (TLP), a deep water semi-submersible type compliant offshore structure moored by vertical taut cables called tendons or tethers. The effects of potential non-linearities together with coupling of various degrees of freedom are studied. Low-frequency viscous drift force has also been...
The coupled response of a tension leg platform (TLP) for random waves characterized by a long crested sea spectrum is investigated. The response analysis is based on simulation technique which duly considers various nonlinear effects such as relative velocity squared drag force, variable added mass due to variable submergence and nonlinearity due to large excursion. It also accounts for variable...
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