드론 열화상활용 저수지 제체 누수탐사
Drone Infrared Thermography Method for Leakage Inspection of Reservoir Embankment
2
조회
0
다운로드
4
인용
0
참고문헌
키워드
초록
The result of examination of diagnostic method, which is composed of a combination of a thermal camera and a drone that visually shows thetemperature of the object by detecting the infrared rays, for detecting the leakage of earth dam was driven in this research. The drone infraredthermography method was suggested to precise safety diagnosis through direct comparing the two method results of electrical resistivity survey andthermal image survey. The important advantage of the thermal leakage detection method was the simplicity of the application, the quickness of theresults, and the effectiveness of the work in combination with the existing diagnosis method.
Abstract
The result of examination of diagnostic method, which is composed of a combination of a thermal camera and a drone that visually shows thetemperature of the object by detecting the infrared rays, for detecting the leakage of earth dam was driven in this research. The drone infraredthermography method was suggested to precise safety diagnosis through direct comparing the two method results of electrical resistivity survey andthermal image survey. The important advantage of the thermal leakage detection method was the simplicity of the application, the quickness of theresults, and the effectiveness of the work in combination with the existing diagnosis method.
참고문헌 (14)
- Das Anupamm, "An innovative technology for detection of leakage in pipeline carrying petroleum &water", International Research Journal of Humanities, Engineering & Pharmaceutical Sciences, 2(8), pp.2249~2569 (2014)
- Denmark Government, "Danish Drone Strategy, Denmark", ~ (2016)
- Henriques Maria Joẫo, "Thermal imaging of concrete dam surfaces to support the control of the evolution of pathologies", Second international Dam World Conference (2015)
- Kim, H. J., "Development of a UAV-based concrete crack assessment system", Korean Society of Civil Engineers Regular Conference (2015)
- Impact of drones on industry and implications, "Korea Development Bank", KDB bank, ~ (2015)
- Drone Application for KRC Project(I), "Korea Rural Community Corporation", Rural Research Institute of KRC, ~ (2016)
- Marsh, W. M., "Landscape: An Introduction to Physical Geography", pp.637~ (1981), Addison-Wesley
- Ministry of Agriculture, Food and Rural Affairs, "Statistical Yearbook of Land and Water Development for Agriculture", Korea Rural Community Corporation, ~ (2017)
- Ministry of Land, Infrastructure, and Transport, "Safety Inspection & Detail Diagnosis Guideline", Korea Infrastructure Safety Corporation, ~ (2017)
- Development of Drone Industry through Military Application, "Park, J. Y.", The Asan Institute for Policy Studies, ~ (2017)
- Perotti, L., "Remote sensing and hydrogeological methodologies for irrigation canal leakage detection, the Osasco and Fossano testsites (NW Italy)", Geophys. Res (2014)[DOI]
- Ryu, Y. C., "Application of Drone Infrared (FLIR) Thermography to Reservoir Diagnosis", Proceedings of KSEG 2016 Spring Conference, pp.203~204 (2016)
- Whi, U. H., "Direction of drones activation policy", Drones-based business model and pilot business expansion symposium (2016), Ministry of Land, Infrastructure, and Transport
- Wynne, J. J., "On Developing Thermal Cave Detection Techniques for Earth, the moon and mars", Earth and Planetary Science Letters, 272, pp.240~250 (2008)[DOI]