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A NUMERICAL-EXPERIMENTAL APPROACH OF INDENTATION PROBLEM- PART I: FORCE-DENT RESPONSE OF STEEL PIPES

机译:压痕问题的数值实验方法-第一部分:钢管的力-齿响应

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Accidents by trawling impact have the potential of environmental consequences, in terms of safety, monetary values and reputation. Aware of this situation a technology development plan on "Pipeline subject to high interference loads" has been established at STATOIL in close collaboration with GASSCO. The overall achievement is to adapt and introduce more reliable assessment methods in the load and response of pipelines under a trawling impact scenario. This work includes a review of some known force-indentation models appeared in the literature. Some comments on the recently updated version of the DNV-RP-F111 document. Next, the description of the numerical results of 12 analyses of steel pipes studied is described and based on these results a new force-dent proposal is presented. The proposed equations are validated against experimental tests and the findings indicated fairly good predictions as indicated in the conclusions.
机译:在安全,金钱价值和声誉方面,拖网造成的事故具有潜在的环境后果。意识到这种情况,STATOIL与GASSCO密切合作,制定了“管道承受高干扰负荷”的技术开发计划。总的成果是在拖网影响的情况下,在管道的负荷和响应中采用和引入更可靠的评估方法。这项工作包括对一些文献中出现的已知力压痕模型的回顾。关于DNV-RP-F111文档的最新更新版本的一些评论。接下来,描述了对所研究的钢管的12种分析的数值结果的描述,并基于这些结果提出了新的力凹痕建议。所提出的方程针对实验测试进行了验证,研究结果表明结论中给出了相当好的预测。

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