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Refraction-Diffraction Model for Irregular Wave and Directional Spectrum Considering Current

Refraction-Diffraction Model for Irregular Wave and Directional Spectrum Considering Current
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摘要 A mild-slope equation for combined refraction and diffraction of random waves in the independent time current is derived using Kirby equation(1984). In the derivation, the frequency of random waves is represented based on the time series concept, by a typical frequency and its deviation part. Numerical results, compared with those of laboratory experiments, demonstrate that new set of irregular mild slope equation with current is of good adaptability. - A mild-slope equation for combined refraction and diffraction of random waves in the independent time current is derived using Kirby equation(1984). In the derivation, the frequency of random waves is represented based on the time series concept, by a typical frequency and its deviation part. Numerical results, compared with those of laboratory experiments, demonstrate that new set of irregular mild slope equation with current is of good adaptability.
出处 《China Ocean Engineering》 SCIE EI 1996年第2期193-202,共10页 中国海洋工程(英文版)
关键词 wave rejraction-diff action irregular wave directional spectrum wave-current interaction SIMULATION wave rejraction-diff action, irregular wave, directional spectrum, wave-current interaction, simulation
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