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Pipeline Reeling

机译:管道卷积

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摘要

The reel laying offshore pipeline installation method is known to be easier and cost effective, but the method may induce some plastic deformation into the pipe, thus affecting the strength and ductility of the pipe material. However, the design and modeling of applied bending loads to the pipe during spooling of (initially straight) or laying of (initially bent) pipe has become a great challenge and are addressed in this study, sifting parametrically pipelines stiffness. It is demonstrated that rigid pipeline requires higher spooling loads, but indeed rigidity improves the laying effort without the need of applying tension, thus making it more tractable during the straightening stage. The paper also emphasizes on pipe free-end deformations and offset of bending, which extends the findings of previous works on spooling or laying control.
机译:已知储存近海管道安装方法更容易和成本效益,但该方法可以引起一些塑性变形进入管道,从而影响管材的强度和延展性。 然而,在(最初直的)或铺设(最初弯曲)管道上的施加弯曲载荷的设计和建模(最初弯曲的)管道已经成为一个巨大的挑战,并在本研究中解决,筛分参数化管道刚度。 结果证明,刚性管道需要更高的卷轴,但实际上刚性改善了铺设的敷料而不需要施加张力,从而使其在矫直阶段期间更具易行。 本文还强调了管道自由端变形和弯曲的偏移,其延伸了先前作品的调查结果对假脱机或铺设控制。

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