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Simulation Technology in Failure Analysis of Drill Pipe

机译:钻杆故障分析的仿真技术

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Drill pipe failure accidents often occur in oil exploration and development process, especially in transition zone position. With the help of ANSYS software, established the analysis model based on the structure of drill pipe, and analyzed the stress state of the transition zone position. Analysis results show that the transition zone is the weakest position of the whole drill pipe. Length of transition zone Miu and transition zone chamfer radius R has significant influence on stress concentration factor Kt, which is in good agreement with the actual situation. At the same time, optimization of the Miu and R values based on the minimum Kt value of transition zone was finished. Simulation analysis not only helps analyze failure cause, prompts drill pipe structural optimization, improves research methods and saves a lot of financial resources.
机译:钻杆故障事故经常发生在油勘探和开发过程中,特别是在过渡区位置。在ANSYS软件的帮助下,基于钻杆结构建立了分析模型,并分析了过渡区位置的应力状态。分析结果表明,过渡区是整个钻杆的最弱位置。过渡区的长度MIU和过渡区倒角R对应力集中因子KT具有显着影响,这与实际情况吻合良好。同时,完成了基于过渡区的最小kt值的MIU和R值的优化。仿真分析不仅有助于分析故障原因,提示钻取管道结构优化,提高研究方法并节省了大量的财务资源。

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