Fatigue damage analysis for a floating offshore wind turbine mooring line using the artificial neural network approach
The mooring lines used for floating offshore platforms experience wide-banded tension
loads, in which fatigue damage can be predicted accurately in time domain. This paper
reports the results of a feasibility study on the application of an artificial neural network
(ANN) to predict wide-banded fatigue damage in the mooring lines of a floating offshore
wind turbine platform (FOWT). The assumed three catenary mooring lines provide station-
keeping ability for the FOWT. A commercial software was used to perform dynamic analyses …
loads, in which fatigue damage can be predicted accurately in time domain. This paper
reports the results of a feasibility study on the application of an artificial neural network
(ANN) to predict wide-banded fatigue damage in the mooring lines of a floating offshore
wind turbine platform (FOWT). The assumed three catenary mooring lines provide station-
keeping ability for the FOWT. A commercial software was used to perform dynamic analyses …
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