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大型船舶码头并排系泊水动力特性
引用本文:曲昭宇,窦培林,韩晓晨.大型船舶码头并排系泊水动力特性[J].造船技术,2019(1):14-20.
作者姓名:曲昭宇  窦培林  韩晓晨
作者单位:江苏科技大学船舶与海洋工程学院
摘    要:利用多体水动力学软件AQWA,分别研究双船在大型船舶码头并排系泊时,在不同船间距、不同吃水、不同水深时的水动力运动响应特性,并考虑水动力相互作用对内船的影响。研究结果表明:间距越小,水动力相互作用对内船影响越大;吃水深度的变化对内船在低频段的水动力特性影响较大;当吃水一定时,码头水深越大,水动力相互作用对内船影响越小。

关 键 词:码头系泊  AQWA  双船  水动力特性

Hydrodynamic Characteristics of Side-by-Side Mooring of Large Ship Wharf
QU Zhaoyu,DOU Peilin,HAN Xiaochen.Hydrodynamic Characteristics of Side-by-Side Mooring of Large Ship Wharf[J].Journal of Marine Technology,2019(1):14-20.
Authors:QU Zhaoyu  DOU Peilin  HAN Xiaochen
Institution:(School of Naval Architecture and Ocean Engineering,Jiangsu University of Science and Technology,Zhenjiang 212000,Jiangsu,China)
Abstract:Using the multi body hydrodynamic software AQWA,the hydrodynamic response characteristics at different distance between ships,different draft and different depths are studied,and the effect on inner ship considering hydrodynamic interactions is also studied.The results show that:the smaller the distance between ships,the greater the influence of hydrodynamic interaction on the inner ship;the change of the draft has a great influence on the hydrodynamic characteristics of the inner vessel in the low frequency range;the greater the water depth of the wharf,the smaller the impact of hydrodynamic interaction on the internal vessel when the draft is certain.
Keywords:wharf mooring  AQWA  double ship  hydrodynamic characteristics
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