Detecting the cracks and seepage line associated with an earthquake in an earth dam using the nondestructive testing technologies

Sin Long Lai, Der-Her Lee, Jian-Hong Wu, Yan Min Dong

Research output: Contribution to journalArticle

4 Citations (Scopus)

Abstract

On 4 March 2010, an earthquake occurred in Chiahsien, Kaohsiung in southern Taiwan that caused cracks in an ancient reservoir. After the earthquake, the depth and distribution of the cracks, and the elevation of the water seepage line had to be detected quickly by the management department (Ministry of Economic Affairs, Taiwan). Accordingly, this research utilized nondestructive testing technologies to examine the reservoir to investigate the damage caused by such a seismic event. The defect detection methods used in this work included ground-penetrating radar and resistivity image profiling. The depth of the cracks was evaluated by ground-penetrating radar and was examined concurrent with the field excavation. Furthermore, the elevation of the water seepage using resistivity image profiling. The data yielded fit the water table evaluation results. Thus, the practicability of the nondestructive detection methods utilized in this research for detecting and evaluating the reservoir after a seismic event was verified.

Original languageEnglish
Pages (from-to)428-437
Number of pages10
JournalJournal of the Chinese Institute of Engineers, Transactions of the Chinese Institute of Engineers,Series A/Chung-kuo Kung Ch'eng Hsuch K'an
Volume37
Issue number4
DOIs
Publication statusPublished - 2014 May 19

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Embankment dams
Seepage
Nondestructive examination
Earthquakes
Cracks
Radar
Water
Excavation
Economics

All Science Journal Classification (ASJC) codes

  • Engineering(all)

Cite this

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title = "Detecting the cracks and seepage line associated with an earthquake in an earth dam using the nondestructive testing technologies",
abstract = "On 4 March 2010, an earthquake occurred in Chiahsien, Kaohsiung in southern Taiwan that caused cracks in an ancient reservoir. After the earthquake, the depth and distribution of the cracks, and the elevation of the water seepage line had to be detected quickly by the management department (Ministry of Economic Affairs, Taiwan). Accordingly, this research utilized nondestructive testing technologies to examine the reservoir to investigate the damage caused by such a seismic event. The defect detection methods used in this work included ground-penetrating radar and resistivity image profiling. The depth of the cracks was evaluated by ground-penetrating radar and was examined concurrent with the field excavation. Furthermore, the elevation of the water seepage using resistivity image profiling. The data yielded fit the water table evaluation results. Thus, the practicability of the nondestructive detection methods utilized in this research for detecting and evaluating the reservoir after a seismic event was verified.",
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T1 - Detecting the cracks and seepage line associated with an earthquake in an earth dam using the nondestructive testing technologies

AU - Lai, Sin Long

AU - Lee, Der-Her

AU - Wu, Jian-Hong

AU - Dong, Yan Min

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N2 - On 4 March 2010, an earthquake occurred in Chiahsien, Kaohsiung in southern Taiwan that caused cracks in an ancient reservoir. After the earthquake, the depth and distribution of the cracks, and the elevation of the water seepage line had to be detected quickly by the management department (Ministry of Economic Affairs, Taiwan). Accordingly, this research utilized nondestructive testing technologies to examine the reservoir to investigate the damage caused by such a seismic event. The defect detection methods used in this work included ground-penetrating radar and resistivity image profiling. The depth of the cracks was evaluated by ground-penetrating radar and was examined concurrent with the field excavation. Furthermore, the elevation of the water seepage using resistivity image profiling. The data yielded fit the water table evaluation results. Thus, the practicability of the nondestructive detection methods utilized in this research for detecting and evaluating the reservoir after a seismic event was verified.

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