Angelo Corazza

Papers

Total Citations

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About

Angelo Corazza’s research is centered on the precise measurement and modeling of geohazards, with a particular focus on landslide dynamics and surface deformation. His most cited work, "Landslide 3D Surface Deformation Model Obtained Via RTS Measurements" (2013), has garnered 12 citations and demonstrates his expertise in using robotic total stations (RTS) to capture high-resolution, three-dimensional data on unstable slopes. This contribution is notable for advancing the application of terrestrial surveying techniques in geotechnical monitoring, offering a cost-effective and accurate method for tracking slow-moving landslides. By integrating field measurements with deformation models, Corazza has helped improve early warning systems and risk assessment protocols for vulnerable terrains. While his citation count reflects a focused, specialized impact, his work is valued by practitioners in engineering geology and natural hazard mitigation. Corazza’s dedication to refining measurement technologies underscores his role in bridging traditional surveying with modern geohazard analysis, making his research a practical resource for students and professionals seeking to understand surface deformation processes in challenging environments.