首页> 外文会议>International Conference on Offshore Mechanics and Arctic Engineering, Jun 23-28, 2002, Oslo, Norway >THE APPLICATION OF REPONSE BASED DESIGN IN THE VERIFICATION OF THE BANFF RISER SYSTEM
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THE APPLICATION OF REPONSE BASED DESIGN IN THE VERIFICATION OF THE BANFF RISER SYSTEM

机译:基于响应的设计在班夫立管系统验证中的应用

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This paper details work that was conducted during the retrieval and subsequent re-installation of the Banff riser system between September 2000 and March 2001. Originally, deterministic methods were used to design the riser system. It is demonstrated that these methods may not be conservative when compared against stochastic techniques. To ensure a conservative design methodology it is necessary to fully account for the inherent dynamic frequency content of the riser. This is usually achieved using non-linear time domain irregular sea techniques. Time domain irregular sea analysis is computationally expensive in terms of resources and time. This paper presents the results of an alternative method of solution based on the frequency domain approach. Excellent agreement between the results of the time and frequency domain is observed.
机译:本文详细介绍了在2000年9月至2001年3月之间检索和随后重新安装Banff立管系统期间进行的工作。最初,确定性方法用于设计立管系统。事实证明,与随机技术相比,这些方法可能并不保守。为了确保采用保守的设计方法,必须充分考虑冒口的固有动态频率含量。通常使用非线性时域不规则海技术来实现。时域不规则海面分析在资源和时间方面在计算上都是昂贵的。本文介绍了一种基于频域方法的替代解决方案的结果。在时域和频域的结果之间观察到极好的一致性。

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