首页> 外文会议>International Conference on Offshore Mechanics and Arctic Engineering >PREDICTING THE MAXIMUM MOORING FORCE OF A MOORED FLOATING OFFSHORE STRUCTURE
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PREDICTING THE MAXIMUM MOORING FORCE OF A MOORED FLOATING OFFSHORE STRUCTURE

机译:预测停泊浮动近海结构的最大系泊力

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The prediction of extreme mooring forces of moored floating offshore platforms due to long-term met-ocean database can be carried out using a response-based method. As the extreme mooring force for a symmetric turret-moored FPSO is related to the extreme platform excursion, the response-based method can be applied to obtain the extreme platform excursion in the first place and then the extreme mooring force can be determined from the predicted excursion. One can also predict the extreme mooring force by applying the response-based method. This can be done by generating the database of mooring force relevant to the database of met-ocean parameters. In this paper these two approaches of the response-based method are applied to a turret-moored FPSO and the results are compared with each other.
机译:由于长期欧洲海洋数据库,可以使用基于响应的方法来预测停泊浮动海上平台的极端系泊力的预测。随着对称炮塔的极端停泊力与极端平台偏移有关,可以应用基于响应的方法来在第一处获得极端平台偏移,然后可以从预测的预测确定极端系泊力游览。通过应用基于响应的方法,还可以预测极端系泊力。这可以通过生成与Met-Ocean参数数据库相关的系泊力量数据库来完成。本文将基于响应的方法的这两种方法应用于炮塔系泊的FPSO,并将结果彼此进行比较。

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