The time-domain reflectometry (TDR) method is based on the analysis of dielectrics'
behavior in time-varying electric field which can be utilized in the determination of …

Conventional geotechnical instrumentation techniques available for monitoring of slopes,
especially soil-nailed slopes have limitations such as electromagnetic interference, low …

Local scour is the removal of soil around bridge foundations under the erosive action of
flowing water. This hydraulic risk has raised awareness of the need for developing …

Time domain reflectometry (TDR) is becoming an important monitoring technique for various
geotechnical problems. Better data interpretation and new developments rely on the ability …

Scour is a major threat to bridge safety, especially in harsh fluvial environments. Real-time
monitoring of bridge scour is still very limited due to the lack of robust and economic scour …

This paper analyses the effects of temperature on the quantification of soil water content by
means of time domain reflectometry (TDR) method. For this purpose, the dielectric constant …

Less known in the field of hydrological measurements in civil engineering, time domain
reflectometry (TDR) has been developed as a new solution to some of the more difficult level …

Soil nailing is an effective and practical means for stabilizing slopes and supporting
excavations. It has been used extensively in slope improvement works in Hong Kong since …

Soil nailing and subsurface drainage are amongst the very commonly used techniques for
slope stabilization. The concept of soil nailing involves creating a stable block of composite …

介绍了一种自制的地下水位及电导率测试探头, 利用TDR 原理实现了地下水位及其电导率的
自动监测方法. 在苏州七子山卫生填埋场滤液面高度的测试应用表明: 利用TDR …