Riccardo Salvini
Papers
6
Total Citations
83
H-Index
4
About
Riccardo Salvini is a geoscientist and geotechnical researcher whose work sits at the intersection of rock mechanics, structural monitoring, and advanced remote sensing technologies. His research has made significant contributions to slope stability analysis and hazard assessment, with a particular focus on the challenging environments of marble quarries in the Apuan Alps of Italy, where worker safety and rockfall prevention are critical concerns. Salvini has pioneered the integration of cutting-edge monitoring systems — including Brillouin Distributed Optical Fiber Sensors, robotic total stations, persistent scatterer interferometry, and SLAM-based LiDAR — to detect strain, temperature variations, and structural deformation in open pits and rocky slopes. His most cited work (29 citations) demonstrates how fiber optic sensing can provide real-time safety intelligence in hazardous quarrying environments, a genuinely novel contribution to industrial geohazard management. Beyond quarrying, Salvini has extended his expertise to culturally significant sites, applying UAV and LiDAR technologies to assess geological hazards at the Paleolithic cave of Grotta Paglicci, blending heritage preservation with modern geotechnical practice. His body of work reflects a consistent drive to translate sophisticated monitoring technologies into practical safety solutions, making him a valuable voice in applied geomechanics and engineering geology research.
Research Focus
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Top Papers
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