首页> 外文会议>ASME International Conference on Ocean, Offshore and Arctic Engineering >HYDRODYNAMIC MOONPOOL BEHAVIOR IN A MONOCOLUMN HUB PLATFORM WITH AN INTERNAL DOCK
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HYDRODYNAMIC MOONPOOL BEHAVIOR IN A MONOCOLUMN HUB PLATFORM WITH AN INTERNAL DOCK

机译:带有内部船坞的单柱枢纽平台中的水动力月池行为

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One of the possible uses of a Mono Column Platform is its application as a Hub Platform for people transportation to very far offshore production platforms. Considering a trip from shore to the Hub by a High Speed Vessel (HSV) and by helicopter from the hub to the production platforms, the use of this kind of unit can provide small motions for helicopter operations and a sheltered area for people landing. The use of the moonpool area as an internal dock for the HSV docking was studied in this paper considering an opening in the Mono Column hull to allow the access of the HSV to the moonpool area. The hydrodynamics aspects of the moonpool behavior were assessed considering both experimental and numerical tools and a comparison between these approaches had been also performed.
机译:单柱平台的一个可能用途是将其作为一个枢纽平台,用于将人员运送到非常远的海上生产平台。考虑到高速船(HSV)和直升机从岸上到枢纽到生产平台的行程,这种装置的使用可以为直升机操作提供小动作,并为人员着陆提供遮蔽区域。本文研究了将月池区域用作HSV停靠的内部船坞,考虑到单柱船体上的开口,以允许HSV进入月池区域。考虑到实验和数值工具,对月池行为的流体动力学方面进行了评估,并对这些方法进行了比较。

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