Scheduled presentations:

• Finite Element Simulation of a Rainfall Induced Shallow Landslide in an Experimental Hillslope with a Multiphase Porous Media Model
  M. Lazari (University of Padua), M. Camporese (University of Padua), *L. Sanavia (University of Padua)
• Shallow Water Equations versus Zero-Inertia Approximation within a Geometrically Intrinsic Framework
  *E. Bachini (University of Padua), M. Camporese (University of Padua), A. Larese (University of Padua), M. Putti (University of Padua)
• A Two-Fluid finite element formulation for solving hydraulic flows in high mountain areas
  *U. Chasco Goñi (UPC), R. Zorrilla (CIMNE-UPC), R. Rossi (CIMNE-UPC)
• Modelling of Volcanic Plumes and Clouds: Implementation of Wind-caused Bending Effects and Coarse Particles in a Multi-GPU Accelerated LBM-WENO Code
  *R. Simionato (University of Geneva), J. Lemus (University of Geneva), C. Coreixas (University of Geneva), J. Latt (University of Geneva), C. Bonadonna (University of Geneva)
• Development of a multi-GPU Accelerated Code to Model the Complex Dynamics of Volcanic Plumes using the Lattice Boltzmann Method
  *J. LEMUS (University of Geneva), R. Simionato (University of Geneva), C. Coreixas (University of Geneva), J. Lätt (University of Geneva), C. Bonadonna (University of Geneva)
• Topography effects on landslide dynamics, generated tsunamis and seismic waves
  *A. Mangeney (IPGP - Université Paris Cité), M. Peruzzetto (BRGM), F. Bouchut (LMA - Université Gustave Eiffel), G. Grandjean (BRGM), C. Levy (BRGM), Y. Thiery (BRGM), A. Lucas (IPGP - Université Paris Cité - CNRS), A. Marboeuf (IPGP - Université Paris Cité), A. Le Friant (IPGP - Université Paris Cité - CNRS), E. Fernandez-Nieto (University Seville), M. Castro-Diaz (University Malaga)