Multi-field information monitoring is useful to better understand the deformation and failure
behaviour of landslides. Therefore, in this study, a physical slope model under excavation …

The diagenetic environment and geological conditions in the west are special, and weakly
cemented rocks with low strength, poor cementation and well-developed fissures are widely …

Featured Application Quick and non-destructive applications of Infrared Thermography on
rocks. Abstract Infrared thermography is a growing technology in the engineering geological …

A research study aimed at the extending the means of estimating ISRM (International
Society for Rock Mechanics) geomechanical parameters through non-contact …

The leakage of earth rock dams and dykes is characterized by time-space randomness,
concealment and small initial discharge quantity. The time from the beginning of abnormal …

The application of non-contact diagnostic methodologies is the current challenge in the
frame of the cultural heritage, referred to as preservation, monitoring and restoration …

The combination between two remote surveying methods is presented herein as a
pioneering approach for landslide airborne monitoring. The survey of an active landslide by …

The prediction of rock porosity through infrared thermography holds a high potential for non-
destructive testing procedures for natural stones, but at the same time there are still few …

Rock-carved cultural heritage sites are often developed in slopes formed by weak rocks,
which due to their peculiar lithological, geotechnical, and morpho-structural features are …

The mechanical strength is a fundamental characteristic of rock masses that can be
empirically related to a number of properties and to the likelihood of instability phenomena …