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Remote Leak Hole Localization for Underwater Natural Gas Pipelines

机译:水下天然气管道的远程泄漏孔定位

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A vast amount of natural gas pipelines are installed underwater and they can be punctured because of various reasons such as corrosion and their increasing ages. In this study, nature of acoustic signals which are generated by leak holes on underwater natural gas pipelines is examined and a novel passive acoustic based system is proposed to detect the acoustic signals, to locate leak hole and to determine size of the leak hole remotely. Performance of the method which is based on calculating source strength is analyzed by numerical works. Parameters which are used in the numerical studies are taken from a considered pipeline. Numerical results show that leakages can be located with low average position errors far from several kilometers depending on underwater ambient noise, detection method and source strength.
机译:大量的天然气管道安装在水下,由于腐蚀等各种原因,它们可以被刺穿,并且其增加的年龄。在该研究中,研究了由水下天然气管道上的泄漏孔产生的声学信号的性质,并提出了一种新的被动声学的系统来检测声信号,以定位泄漏孔并远程确定泄漏孔的尺寸。通过数值作品分析了基于计算源强度的方法的性能。在数值研究中使用的参数取自考虑的管道。数值结果表明,根据水下环境噪声,检测方法和源强度,泄漏可以位于远远超过几公里的平均位置误差。

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