Director: Giovanni Toscani
Collaborators: Ada De Matteo
Headquarters: DSTA, Via Ferrata 1 (Floor A)
The Analogue Modelling Lab is part of the Structural Geology and Seismotectonics research group, is dedicated to the study of deformation processes in the lithosphere through controlled physical experiments. Activities include analogue modelling of extensional and compressional systems, with a focus on fault-propagation faulting processes. The laboratory is also involved in analogue modelling of co-seismic rupture systems, contributing to the understanding of earthquake mechanics and crustal deformation. Another area of research concerns the modelling of geological processes in different geodynamic contexts, making it possible to simulate the evolution of tectonic structures over time. Thanks to these experimental techniques, the laboratory provides fundamental support for the interpretation of geological structures observed in the field and for the validation of theoretical and numerical models.
Main instruments:
- PC-controlled hydraulic piston
- Software and instrumentation for photogrammetry and 3D scanning (reflex cameras, projector and laser scanner, David Laser scanner Software, etc.)
- Software for 3D modelling (MOVE) and digital cartography (GIS)
- Materials of various kinds used in analogue modelling (sands of various grain sizes, clay, glass beads, silicone, etc.)
The Laboratory is equipped for:
Bachelor's theses, PhD theses, teaching exercises for the Bachelor's Degree in Geological Sciences, teaching exercises for the Master's Degree in Geosciences for Sustainable Development, third-party services with a specific fee schedule, other third-party services, and research grants.
