Reliable stability assessment of structurally complex rock masses increasingly relies on advanced remote sensing techniques integrated with detailed geotechnical analysis. This study presents a combined remote geotechnical workflow applied to rock masses surrounding natural cavities, with the study area located in Gree...
This study presents the reassessment and stabilization design of a failed stepped slope located above a power plant structure in Murgul, Türkiye. Site characterization combined unmanned aerial vehicle (UAV)-based Light Detection and Ranging (LiDAR) surveying and point-cloud processing with borehole investigations, Mult...
Researching the deformation mechanisms and early warning of landslides holds significant engineering importance. A typical accumulation-structured landslide in southern China was selected as the case study to investigate the intrinsic failure mechanisms of slopes, with adjacent tunnel construction and rainfall consider...
With the growing complexity of mountain tunnel construction and the increasing engineering demand for rapid detection, ground-penetrating radar (GPR) has become a core technique for engineering-scale fracture detection. Fracture zones are not only a major obstacle to tunneling through complex geological sections but al...
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