首页> 外文会议>International Symposium on Geotechnical Measurements and Modelling; Sep 23-25, 2003; Karlsruhe, Germany >Geophysical methods as one way to detect and assess sources of danger in engineering and mining
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Geophysical methods as one way to detect and assess sources of danger in engineering and mining

机译:地球物理方法是在工程和采矿中检测和评估危险源的一种方法

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摘要

The application of geophysical methods in civil engineering and mining becomes more and more significant. The combination of geophysical data with classical geotechnical measurements can greatly improve the quality and reliability of investigations e.g., regarding stability of mines, dams or buildings because of the high data density provided by geophysical methods. In that way geophysical applications can be an important and in some cases essential source to early detect potentially dangerous conditions both in mining and engineering. A number of case examples to demonstrate the application of geophysical monitoring and exploration techniques such as engineering seismology, sonar and ground penetrating radar respectively for the assessment of the condition of mining fields, the assessment of the geological barrier of mining fields and for investigations of stability issues of dams and dikes.
机译:地球物理方法在土木工程和采矿中的应用越来越重要。由于地球物理方法提供的高数据密度,将地球物理数据与经典岩土测量相结合可以大大提高调查的质量和可靠性,例如,有关矿山,大坝或建筑物的稳定性。这样一来,地球物理应用就可以成为重要的资源,在某些情况下还可以作为早期发现采矿和工程中潜在危险状况的重要来源。大量案例举例说明了工程地震学,声纳和探地雷达等地球物理监测和勘探技术在矿场状况评估,矿场地质屏障评估和稳定性研究中的应用水坝和堤防问题。

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