浅水中单点系泊FPSO波频运动分析不同转塔位置对FPSO风标效应的影响
Motion analysis of wave frequency on a tower Yoke FPSO in shallow water
应用三维势流理论和时域分析方法计算了一艘32万吨的软钢臂系泊FPSO在浅水中的波频运动，并在海洋工程国家重点实验室水池中进行了模型试验加以验证。对FPSO在浅水不同水深时的波频运动作了分析研究，水深吃水比从1.3到1.1。理论分析与模型试验结果吻合较好，并得出波频运动随水深减小而趋于缓和的结论，对浅水油田中FPSO的设计应用有一定的实用意义。
In shallow water, a 320 kDWT FPSO is investigated in 100-year environment conditions with different water depths. The ratios of the water depths to the draft are within the range from 1.3 to 1.1. Both numerical calculation and experimental research were carried out in this paper. The results of the calculation and the model test are compared and analyzed. It is shown that with the decrease of the water depth, the wave frequency motions of the FPSO decrease obviously. The research result is expected to be used in optimizing design of the FPSO in the oil fields with shallow water.
肖龙飞、杨建民、李欣
海上油气田开发
浅水FPSO波频运动
Shallow water FPSO wave frequency motions
肖龙飞,杨建民,李欣.浅水中单点系泊FPSO波频运动分析不同转塔位置对FPSO风标效应的影响[EB/OL].(2006-01-05)[2025-05-09].http://www.paper.edu.cn/releasepaper/content/200601-57.点此复制
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