In detail, wind-wave basin tests and numerical simulations concerning the dynamic responses of the semi-submersible foundation under the excitations of wind-wave loads are included.Īs for basin test, key techniques for simulating the realistic wind-wave fields and for accurately modeling different part of a floating wind turbine are reviewed. Afterwards, a number of simulation tools employed in previous researches to investigate the dynamics of semi-submersible foundations are summarized. This paper presents a rather comprehensive review on the semi-submersible foundation.Īt first, this paper reviews the design of semi-submersible foundations, which includes both the conceptual design and the projects currently under operation. Semi-submersible foundation, as one of the most feasible platform supporting the floating offshore wind turbine, is developing at a fast pace with the offshore wind turbines moving to deep waters (water depth range: 50–300 m).
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