Study on the leakage of the clay dam using Ground penetrating radar and Electromagnetic method

Shufan Hu, Yonghui Zhao, T. Qin, C. An, S. Ge
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引用次数: 4

Abstract

The clay dam is fragile and easily found leaking because of the multiple filling and biological damage. When the leakage problem arises, it is critical to find out its causes and solutions to provide the basis for reinforcement. In this paper, there is a reservoir in the mountain area with its clay dam has the possibility of leakage. In order to characterize and delineate the leakage source, we used nondestructive investigation methods including Ground Penetrating Radar (GPR) and Electromagnetic (EM) in this site. By analyzing the integrated results of the methods mentioned above, the leakage source was identified and assigned to a special region. The anomalies caused by leakage and poor compactness in radar profiles were confirmed by EM method. Furthermore, some unreasonable interpretations caused by the artifacts in EM method were also avoided by the comparison with GPR profile, which effectively improved the reliability of the investigation result of each method.
用探地雷达和电磁法研究粘土坝渗漏
粘土坝由于多次充填和生物破坏,极易发生渗漏。当出现渗漏问题时,找出渗漏原因及解决方法,为加固提供依据至关重要。本文研究山区某水库,其粘土坝存在渗漏的可能性。为了对泄漏源进行表征和描述,我们在现场采用了探地雷达(GPR)和电磁(EM)等无损探测方法。通过综合分析上述方法的结果,确定了泄漏源,并将泄漏源划分到特定区域。利用电磁法对雷达剖面中泄漏和密实度差引起的异常进行了验证。此外,通过与探地雷达剖面的比较,避免了电磁法中人为因素造成的不合理解释,有效地提高了各方法调查结果的可靠性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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