Investigating the formation and deformation of the Oman ophiolite(s) through the magmatic record


 Project title : Landslide fluidization : when, how, why ?
 Project leader(s) : BIEVRE Gregory, VOISIN Christophe
 Team(s) involved : Geophysics of Seismic and Landslide Risks - Waves and Structures
 Amount : 3000€

Project description

The aim of this project is to gain a better understanding of the physical mechanisms at work during the slip-flow transition in clays. To achieve this, a multi-physics and multi-scale approach will be implemented on the Harmalière landslide (a few m to a few hundred m) and in the laboratory (a few µm to a few cm), and multi-source data will be jointly interpreted (geophysics, geodesy, hydro-meteorology, geotechnics). The second objective of the project is to define a geotechnical and/or geophysical parameter sensitive to the solid-fluid transition, identifiable from existing tools and/or in situ testing procedures developed in the first point (geophysical and geotechnical), with a view to developing its/their use for landslide monitoring.