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A novel method for the remote condition assessment of buried pipelines using low-frequency axisymmetric waves

机译:一种新的低频轴对称波远程条件评估的新方法

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"Mapping the Underworld" is a large multi-disciplinary, multi-university research programme taking place in the UK, which aims to revolutionize the way we undertake streetworks. Within this programme, a number of vibration-based techniques for remotely detecting and locating buried pipes have been developed. Relying either on the direct excitation of a pipe as it comes up to the surface or excitation of the ground in the vicinity of a buried pipe, mapping the ground surface vibration response allows information to be gathered concerning the pipe's exact position. However, contained within this surface response is often information which could, if utilized appropriately, provide insights into the condition of the pipe as well as its location. Furthermore, critical information regarding the condition of the ground in which a pipe is buried could, in some circumstances, be gleaned. In this paper, how this additional information might be extracted, used and eventually exploited is explored. Providing the basis for work currently being undertaken in a new programme, "Assessing the Underworld", example results are presented which demonstrate the immense potential of the proposed methods.
机译:“映射地狱”是一个大型的多学科,多的大学研究项目发生在英国,其目的是彻底改变我们承接streetworks的方式。在这个程序中,已经开发了许多用于远程检测和定位埋管基于振动的技术。上的管的直接激励依赖或者作为它出现于表面或在埋入管的附近地面的激励,映射所述地面振动响应允许关于管的确切位置将被收集的信息。然而,包含在此表面内响应往往是其可以是,如果使用适当的,提供深入管子的条件以及它的位置信息。此外,关于其中一个管道埋在地下的状况关键信息可能,在某些情况下,被收集。在本文中,如何更多的信息可能会被提取,使用和最终开发进行了探讨。提供了一个新的方案目前正在开展工作的基础,“评估冥界”,例如结果呈现的这证明了该方法的巨大潜力。

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