A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Development of a Time Domain Reflectometry System to Monitor Landslide Activity
The results of a research project to investigate the use of time domain reflectometry (TDR) to monitor landslide movement are reported here. This method uses the changes in the signature of a voltage pulse traveling along a coaxial cable grouted into a borehole. In this research three coaxial cables (RG59/U) were grouted into boreholes in the Grapevine landslide, Kern County, California adjacent to Interstate Highway 5. The TDR literature pertaining to geotechnical applications was reviewed. Laboratoy testing of RG59/U cable was performed to determine strength and deformation characteristics.
Development of a Time Domain Reflectometry System to Monitor Landslide Activity
The results of a research project to investigate the use of time domain reflectometry (TDR) to monitor landslide movement are reported here. This method uses the changes in the signature of a voltage pulse traveling along a coaxial cable grouted into a borehole. In this research three coaxial cables (RG59/U) were grouted into boreholes in the Grapevine landslide, Kern County, California adjacent to Interstate Highway 5. The TDR literature pertaining to geotechnical applications was reviewed. Laboratoy testing of RG59/U cable was performed to determine strength and deformation characteristics.
Development of a Time Domain Reflectometry System to Monitor Landslide Activity
W. F. Kane (author) / H. Perez (author) / N. O. Anderson (author)
1996
98 pages
Report
No indication
English
Development of a Time Domain Reflectometry System to Monitor Landslide Activity
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