Designs, Volume 8, Issue 4
2024 August - 23 articles
Cover Story: Floating offshore wind is a promising renewable energy source, but its cost compared to established energy sources is an obstacle for large-scale commercial implementation. Increasing turbine capacities can reduce costs by minimizing the number of foundations, moorings, cables, and operations and maintenance equipment required. This work presents trends in mass-optimized VolturnUS hull designs for increasing turbine capacity wave environment severity. To do this, a novel rapid preliminary hull design framework is introduced, implementing frequency domain modeling, statistical extreme response estimations, constructability requirements, and genetic algorithm optimization. Findings indicate that larger turbines improve mass efficiency, albeit with diminishing returns, and more severe wave conditions necessitate heavier substructures. View this paper - Issues are regarded as officially published after their release is announced to the table of contents alert mailing list .
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