computation of the inviscid drift force caused by nonlinear waves on a submerged circular cylinder
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2011
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Abstract
In this paper, we focused on computing the higher-harmonic components of the transmitted wave passing over a submerged circular cylinder to show that it is causing a horizontal negative drift force. As numerical models, a circular cylinder held fixed under free surface in deep water is adopted. As the submergence of a circular cylinder decreases and the incident wavelength becomes longer, the higher-harmonic components of the transmitted wave starts to increase. An increase of the higher-harmonic components of the transmitted wave makes the horizontal drift force be negative. It is also found that the higher-harmonic amplitudes averaged over the transmitted wave region become larger with the increase of wave steepness and wavelength as well as the decrease of submergence depth.
| Reference Key |
koh2011internationalcomputation
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|---|---|
| Authors | ;Hyeok-Jun Koh;Il-Hyoung Cho |
| Journal | current developments in nutrition |
| Year | 2011 |
| DOI |
10.2478/IJNAOE-2013-0063
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| URL | |
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