Deformation monitoring is of great significance in understanding the evolution process of
landslides and evaluating their stability conditions. Distributed strain sensing (DSS) …

Intense precipitation infiltration and intricate excavation processes are crucial factors that
impact the stability and security of towering and steep rock slopes within mining sites. The …

Hydraulic fracturing is a critical technology employed in the exploitation of shale gas and the
enhancement of geothermal resources. It is important but challenge to investigate the …

In the application of distributed fiber optic sensing technology to obtain soil deformation, the
deformation coordination between the sensing fiber optic (FO) cable and the soil medium is …

The detection of mine curtain grouting defects has become a focal point of attention due to
concerns about the quality of the grouting. Detecting defects in curtains is a proactive and …

Large-scale mining fractures resulting from repeated mining are a major cause of surface
water loss in the northern Shaanxi mining area, China. Accurately detecting the evolution of …

The rapid movement and extensive displacement of gravel-silty clay landslides result in
significant property damage and loss. Following the destabilization of the Shaziba landslide …

The cooperative deformability of sensors embedded into a host material and the
measurement accuracy of these sensors affect pavement health monitoring. In consideration …

Earthquake risk assessment of fault often overlooks the influence of intermediate principal
stress (σ 2) on fault. However, recent studies have shown that σ 2 can alter the internal …

The application of distributed fiber optic strain sensing technology in soil settlement
deformation monitoring is becoming increasingly widespread, and the interface coupling …