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Time Domain Analysis of a Multi-component Mooring and Steel Catenary Risers System in Ultra Deepwater

机译:超深水多部件系泊和钢悬链提升系统的时域分析

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With the gradual depletion of oil and gas resources onshore as well as shallow offshore waters, oil exploration is gradually moving deeper and deeper into the seas. One of the major means of oil exploration at such locations is by way of a Floating Production Storage and Offloading (FPSO) system. Because of the ever increasing depths of exploration and the prevailing harsh environmental conditions, there is a need to constantly re-evaluate or develop new methods for mooring system analyses. This paper presents the analysis of a coupled multi-component mooring/riser/FPSO system in ultra deepwater due to the first and second order wave induced motions in time-domain. Analysis was carried out for two case studies and the results were found to be quite practical.
机译:随着陆上和浅水海域油气资源的逐渐枯竭,石油勘探正逐渐向海洋深处转移。在此类位置进行石油勘探的主要手段之一是通过浮式生产储油和卸油(FPSO)系统。由于勘探深度的不断增加以及当前严酷的环境条件,需要不断地重新评估或开发用于系泊系统分析的新方法。本文介绍了由于一阶和二阶波引起的时域运动在超深水中耦合的多组分系泊/提升/ FPSO系统的分析。对两个案例研究进行了分析,结果被认为是非常实用的。

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