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 assessmentSDG 03 (Sust. Devel. Goal - Healthy lives 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 to 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
Personal home page   Known production set   ORCID access   email contact   Institution   article   video   web-link INGEMMET  

CSS5 related headings:
     Field Location
     Method or approach
     Natural Process
     Science or discipline
     SDG (Sust. Dev. Goal) Theme

Navigation suggestion: Screening, Prevention and Control of Major Endemics in Developing Countries ( 22 )  
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