한국지반공학회:학술대회논문집 (Proceedings of the Korean Geotechical Society Conference)
- 한국지반공학회 2004년도 춘계학술발표회
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- Pages.509-516
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- 2004
그라우팅과 누수 문제에 대처한 온도센서 배열 모니터링 장치 개발
Development of monitoring device with thermal line sensors and its use for grouting and leakage problems
- Kim, Jung-Yul (SOAM Consultant Co.,Ltd.) ;
- Honarmand, H. (TeKa Berlin.) ;
- Kim, Yoo-Sung (SOAM Consultant Co.,Ltd.) ;
- Nam, Ji-Yeon (SOAM Consultant Co.,Ltd.)
- 발행 : 2004.03.25
초록
The measurement of abnormal change of temperature(temperature anomaly) will help determine the safety of various engineering constructions, as the measurement in body often used to diagnose one's health. Temperature anomaly can be occurred in leakage or seepage of water flow in rocks, and in ground water table etc. Grouting materials injected in fractured rocks generate heat during hardening process. The degree of temperature change is associated directly with heat flow characteristics, that is, thermal conductivity, specific heat capacity. density of the surrounding rocks and can afford to assess the grouting efficiency. However, in practice, the use of traditional temperature measuring technique composed of only one single thermal sensor has been fundamentally limited to acquire thermal data sufficient to use for that, partly due to the time-consuming measuring work, partly due to the non-consecutive quality of data. Thus, in this paper, a new concept of temperature measuring technique, what we call, thermal line sensor technique is introduced. In this, the sensors with an accuracy of