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Modelling windwave driven by typhoon Chan-Hom (201509) in the East China Sea
Zhang HQ(张会琴); Nie BC(聂冰川)
Source PublicationTheoretical and Applied Mechanics Letters
AbstractTyphoon-generated waves pose a serious threat to the development of offshore wind power; therefore typical wave parameters caused by typhoon near Donghai Bridge, a demonstration area of offshore wind farm, were analysed. We pay particular attention to the dissipation term which is one of the source terms of governing equation for windwave evolution in WAVEWATCH Ⅲ. Anisotropic energy dissipation in the wave propagation direction is considered and further applied in our model. A good agreement is observed by comparison with in situ data. Furthermore, the new improved model is used to simulate and forecast wave evolution caused by Chan-Hom (201509). The evolution of typical wave parameters i.e. significant wave height and mean wave period were discussed in the East China Sea, especially near Donghai Bridge.
KeywordWindwave Wave Dissipation Saturation Spectrum Significant Wave Height Yphoon
Indexed ByCSCD
Funding Organizationsupported by the National Science Foundation for the Youth of China ; the State Key Program of National Science of China
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Document Type期刊论文
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GB/T 7714
Zhang HQ,Nie BC. Modelling windwave driven by typhoon Chan-Hom (201509) in the East China Sea[J]. Theoretical and Applied Mechanics Letters,2016,6(6):297-301.
APA 张会琴,&聂冰川.(2016).Modelling windwave driven by typhoon Chan-Hom (201509) in the East China Sea.Theoretical and Applied Mechanics Letters,6(6),297-301.
MLA 张会琴,et al."Modelling windwave driven by typhoon Chan-Hom (201509) in the East China Sea".Theoretical and Applied Mechanics Letters 6.6(2016):297-301.
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