10/04/2026
Invitation to a Seminar series by Simone Mineo on Infrared Thermography for Geomechanics - next week on Monday (12:20, Mineralogická posluchárna), Tuesday (13:10, G2), and Wednesday (14:50, Malá paleontologická) - the series of three seminars focusing on “Technological development in geomechanics and practical applications”.
Day 1
Monday, 13 April, 12:20–13:50 in the Mineralogical Auditorium (room 129)
Rock properties and innovative laboratory activities
The fundamental principles of rock mechanics applied to the intact rock will be introduced, with a particular focus on the main physical-mechanical properties of rocks and their mutual relation. Special attention will be given to a pioneering methodology for the indirect estimation of rock porosity using Infrared Thermography.
Day 2
Tuesday, 14 April, 13:10–15:30 in Classroom G2 (room P02)
Photogrammetry for rock mass characterization
The basic principles of rock mass survey will be presented within the context of technological development. Specifically, airborne photogrammetry will be presented for the qualitative and quantitative characterization of specific rock mass structural and morphological properties. Case studies supporting the seminary content will be discussed.
Day 3
Wednesday, 15 April, 14:50–17:50 in the Small Paleontological Auditorium (room P07)
Coastal slope monitoring through visible and infrared dense point clouds
The combination between RGB and Infrared Thermography dense point clouds will be presented as a powerful tool for the management of coastal sectors, within the framework of landslide susceptibility assessment.
Online attendance is possible at https://meet.google.com/dyq-kihp-bxr
Simone Mineo is Associate Professor of Engineering Geology at the University of Catania (Italy), where he teaches Engineering Geology, Geomorphology, Rock Mechanics, and Environmental Geology. His research activity is primarily devoted to the study and monitoring of landslides through innovative close-range methodologies, as well as to hydrogeological processes, groundwater contamination, and the laboratory characterization of rock materials. His work integrates advanced field surveying techniques with experimental investigations aimed at improving the understanding and management of geological hazards.