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Maximum wave power absorption by flexible line attenuators
Abstract The general applicability of Newman's groundbreaking work on wave power absorption (Newman, 1976 [1]; Newman, 1979 [2]; Mei and Newman1979 [3]) is unambiguously demonstrated in the practical case of a slender body undergoing wave-like deformations in head seas.
Highlights Published theory for maximum wave power absorption width of flexible line attenuators was clarified. Example of wave-like body deformation was explicitly treated. Case equivalent to optimal combination of cosine and sine modes for wavelengths smaller than about one and a half the body length. Case equivalent to cosine mode for very long wavelengths.
Maximum wave power absorption by flexible line attenuators
Abstract The general applicability of Newman's groundbreaking work on wave power absorption (Newman, 1976 [1]; Newman, 1979 [2]; Mei and Newman1979 [3]) is unambiguously demonstrated in the practical case of a slender body undergoing wave-like deformations in head seas.
Highlights Published theory for maximum wave power absorption width of flexible line attenuators was clarified. Example of wave-like body deformation was explicitly treated. Case equivalent to optimal combination of cosine and sine modes for wavelengths smaller than about one and a half the body length. Case equivalent to cosine mode for very long wavelengths.
Maximum wave power absorption by flexible line attenuators
Nihous, G.C. (Autor:in)
Applied Ocean Research ; 43 ; 68-70
07.08.2013
3 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
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