• Role of fluids in the mechanics of earthquake faults and landslides

• Fluid-induced (a)seismicity

• Fault zones structure and physical properties

• Interactions between fluids, ruptures and seismic waves

• Thermo-Hydro-Mechanical couplings in geological media


• Numerical modelling :

- Coupled thermo-hydro-mechanical simulation with multiphase flow

- Dynamic rupture simulation

• Active monitoring in Geophysics :

- In-situ experiments and measurements in faults and on landslides

- Synchronous measurements of fluid pressure, temperature, seismic waves, rock deformation, and tilt, over a wide range of frequencies (1 to 1000 Hz) using fiber optic sensors, and many types of sensors