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EVALUATING RISER INTERFERENCE FROM EXPERIMENTAL AND NUMERICAL ANALYSIS

机译:评估实验性和数值分析的提升管干扰

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When the oil exploration and exploitation moved away from the shore to deeper ocean, the riser interference became an important issue to be addressed during platform design. It became so important, particularly, when a great numbers of rigid risers are installed on the platform. Those kinds of risers are particularly used at Spar buoy and TLP platform. A conservative approach for riser interference design can result on the oversize platform or to reduce the number of wells hanging on it. On the other hand, a non conservative approach can bring serious problems, like collision of risers, which can cause a dent on the riser wall and it may reduce its fatigue life. In order to identify the hydrodynamic behavior of one riser placed in the vicinity of other one, Petrobras R&D Center carried out some experimental and numerical studies for getting their hydrodynamic behavior when they are aligned and spaced by 2, 3, and 5 times diameter.
机译:当石油勘探和剥削远离岸到更深的海洋时,提升机干扰成为平台设计期间要解决的重要问题。特别是,当平台上安装了大量刚性立管时,它变得如此重要。这些种类的立管尤其用于翼撑浮标和TLP平台。用于提升机干扰设计的保守方法可能导致超大平台或减少悬挂在其上的井数。另一方面,非保守方法可以带来严重的问题,如提升者的碰撞,这可能导致立管墙上的凹痕,它可能会降低其疲劳寿命。为了鉴定放置在其他载体的一个提升管的流体动力学行为,Petrobras研发中心进行了一些实验性和数值研究,以获得它们的流体动力学行为,当它们对齐和间隔2,3和5倍直径时。

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