CSS5-IRD : ROCHE, Olivier / Experimental and Numerical Simulation of Hazards Bound to Volcanic Eruptions

Experimental and Numerical Simulation of Hazards Bound to Volcanic Eruptions
Applied Research on Andean Countries Volcanology

Competencies of ROCHE, Olivier , senior scientist
UMR LMV Laboratoire Magmas et Volcans

/ Andes / avalanche (volcanism) / caldera formation / Chile / density current (pyroclastic) / dimensional analysis / Ecuador / empirical law inference / erosion / experimental device / explosive eruption / fluidization / granular flow (volcanism) / history (eruptive) / kinematics / model (numerical) / model (physical scale) / model (two-phase flow) / MODELLING / modelling (identification) / modelling (predictive) / Peru / Physics / pore fluid pressure / pyroclastic flow / risk assessment / SDG 03 (Sust. Devel. Goal - Health and well-being) / SDG 08 (Sust. Devel. Goal - Economic growth) / SDG 11 (Sust. Devel. Goal - Cities) / simulation / tsunami / UMR LMV (Lab. Magmas & Volcanoes) / volcanic hazard / volcanism (eruptive) / Volcanology /

Competencies in black are unique of O. Roche 's profile in the current state of the database

DOI: Nature and velocity of pyroclastic density currents (Earth Planet. Sc. Lett. 2015)
Video: Tsunamis generated by fluidized granular collapse
Web-link INGEMMET: peruvian Geological, Mining, and Metallurgical Institute