NUMERICAL ESTIMATION OF LOW-FREQUENCY SHIP OSCILLATIONS IN HARBOURS AND ITS APPLICATIONS TO PORT FACILITY DESIGN

机译：港口低频船舶振动的数值估计及其在港口设施设计中的应用

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Accurate estimates of moored ship oscillations are important for berth planning and operation, especially at ports that face the open sea. Recently, proper mooring systems have been examined by numerical simulation, and several simulation methods have been proposed to evaluate ship oscillations and mooring forces. In this study, moored ship oscillations are analyzed with several examples corresponding to several simulation methods, and the simulation results are compared. We then apply these simulation methods to the design of a new container terminal port facility that faces the open sea in Japan.

机译：准确地估计停泊的船舶振动对于泊位的规划和操作非常重要，尤其是在面对大海的港口。近来，已经通过数值模拟检查了适当的系泊系统，并且已经提出了几种模拟方法来评估船舶的振动和系泊力。在这项研究中，用对应于几种模拟方法的几个例子分析了系泊船的振动，并比较了模拟结果。然后，我们将这些模拟方法应用于面向日本公海的新集装箱码头港口设施的设计。

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来源
《12th International Harbour Congress Sep 12-16, 1999 Antwerpen, Belgium》|1999年|p.389-398|共10页
会议地点 Antwerpen(BE)
作者
Satoru Shiraishi; Haruo Yoneyama; Shigeki Sakakibara; Kenji Sasa;
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作者单位

Port and Harbour Research Institute, 3-1-1, Nagsase, Yokosuka, Japan;

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原文格式 PDF
正文语种 eng
中图分类水路运输;
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NUMERICAL ESTIMATION OF LOW-FREQUENCY SHIP OSCILLATIONS IN HARBOURS AND ITS APPLICATIONS TO PORT FACILITY DESIGN

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