Roberto Marsili
Papers
1
Total Citations
6
H-Index
1
About
Roberto Marsili is a leading figure in experimental mechanics and structural health monitoring, with his most-cited work pioneering the integration of thermoelastic stress analysis and augmented reality markers for the validation of complex polymer structures. His research centers on multi-instrumental, multi-spectral methods that combine infrared thermography with ArUco marker-based tracking to precisely correlate numerical models with real-world structural behavior. This innovative approach was demonstrated in the validation of a robotic inspection system for the historic San Giorgio’s bridge, earning 6 citations and establishing a new paradigm for non-destructive testing. Marsili’s contributions have significantly advanced the field by providing engineers with robust, cost-effective tools to verify the dynamics and stress distributions of critical infrastructure. His work bridges the gap between experimental procedures and numerical simulation, ensuring safer, more reliable designs in aerospace, civil, and mechanical engineering. Through his rigorous model validation techniques, Marsili continues to shape how researchers and practitioners approach the integrity assessment of modern polymer-based structures.
Research Focus
Key Achievements
Top Papers
- 1