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Dynamic analysis of a tension leg platform under extreme waves

机译:极端波浪作用下张紧腿平台的动力分析

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Recent observations of the sea state that result in the undesirable events confirm the presence of extreme waves like freak waves, which is capable of causing irreparable damages to offshore installations and (or) create inoperable conditions to the crew on board. Knowledge on the extreme wave environment and the related wave-structure interaction are required for safer design of deep-water offshore structures. In the current study, typical long crested extreme waves namely: i) New Year wave at offshore Norway; and ii) Freak wave at North Sea are simulated using the combined wave model. Dynamic response of the Tension Leg Platforms (TLP) under these extreme waves is carried out for different wave approach angles. Based on the analytical studies cared out, it is seen that the TLPs are sensitive to the wave directionality when encountered by such extreme waves; ringing type response is developed in TLPs which could result in tether pull out.DOI: http://dx.doi.org/10.3329/jname.v10i1.14518
机译:最近对导致不良事件的海况观察证实,存在诸如怪异海浪之类的极端海浪,它们能够对海上设施造成无法弥补的损害,并且(或者)给船上的船员造成无法操作的状况。为了更安全地设计深水海上结构,需要具备有关极端波浪环境和相关波浪结构相互作用的知识。在当前的研究中,典型的长波极端浪是:i)挪威近海的新年浪; ii)使用组合波浪模型模拟北海的怪异波浪。对于不同的波进近角度,在这些极端波下,张紧腿平台(TLP)的动力响应是执行的。根据认真的分析研究,可以发现,当这样的极端波浪遇到时,TLP对波浪的方向性很敏感。在TLP中开发了振铃类型响应,这可能会导致系链拔出.DOI:http://dx.doi.org/10.3329/jname.v10i1.14518

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