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Volume 7: Ocean Renewable Energy
Abstract The potential sites for floating offshore wind turbines (FOWTs) in Taiwan are mostly located in shallow water depths ranging from 50 m to 100 m. Recent studies reveal that semi-taut mooring appears to be a feasible solution for FOWTs in shallow waters. However, the potential area is also one of the busiest navigation channels in
Hung-Jie Tang +3 more
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Abstract The potential sites for floating offshore wind turbines (FOWTs) in Taiwan are mostly located in shallow water depths ranging from 50 m to 100 m. Recent studies reveal that semi-taut mooring appears to be a feasible solution for FOWTs in shallow waters. However, the potential area is also one of the busiest navigation channels in
Hung-Jie Tang +3 more
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Stochastic prediction of mooring line fatigue and failure
2001Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Ocean Engineering, 2001. ; Includes bibliographical references. ; by Peter B. Sabin. ; S.M.
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Mooring line failure analysis of a novel grand trine shared mooring system for floating wind farms
To underline the safety redundancy of the novel shared mooring system for floating wind farms, this paper performs a series of mooring line failure analyses including a 2-line failure scenario for a 3-FOWT grand trine shared mooring floating wind farm under 50-year storm conditions. The results indicate each FOWT is sensitive to the failure of upstreamWang, Chenyu +5 more
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Operability analysis and line failure risk assessment for a tanker moored at berth
Ocean EngineeringWenjun Shen +3 more
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NEMO: a neural motion estimator for mooring line failure detection of offshore platforms.
2023openaire +1 more source