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Modeling Group Report
KARL MITCHELL:
 | Conduit evolution in space (deformation/erosion) processes |
| Conduit geometry (inclined conduit) |
HELENE MASSOL:
| Dome formation modeling (2-D) |
| Microlite growth |
| Continue non equilibrium, nucleation conduit flow |
ED. LLEWELLIN:
| Lattice-Boltzmann approaches to elucidating meso- and macroscopic
multiphase flow phenomena |
| Pyroclastic flows and lava flows modelling using cellular automaton |
TAK KOYAGUCHI:
| Analytical approach to conduit flows |
| Origin of multiple solutions |
| Numerical code used to simulate experiments (shock tubes) |
AUGUSTO NERI:
| Coupling conduit, plumes and magma chamber. |
| More complex and complete 3-D modeling of plume dynamics |
| Validation with field measurements during eruptions |
GEORGE BERGANTZ:
| Turbulence-particles interactions |
| Entrainment and buoyancy in plinian plumes |
PAOLO PAPALE:
| Conduit flow processes (non equilibrium degassing, non isothermal) |
| Coupling magma chambers coupled with the conduit flow |
| Civil protection orientated projects (Hazards in the Phlegrean fields) |
ALEX STAROSTIN:
| Kamchatka volcanoes studies (Bristol, Navon, Dingwell) |
| Pheatomagmatic eruptions |
| Lava dome collapse evolution of lava domes |
PROUSSEVITCH AND SAHAGIAN:
| Coupled macro-scale hydrodynamics flow in volc conduit with full bubble
scale bubble growth models. |
| Nucleation |
| Fragmentation |
| 2-Phase flow after fragmentation |
| Diffusive bubble growth |
| Bubble size distribution (?) |
| 2, 3-D flow hydrodynamics (?) |
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