Day3
Day3
Doors opens 8:00 am (late registration / posters)
8:20–8:30
Chairs: M. Gerbault V. Pinel
8:30–9:00
Séverine Furst
Modeling the shape and velocity of magmatic intrusions, a new numerical approach
9:00–9:45
Talks Session 5
9:00 S. Greiner Laboratory modelling of magma-fault interactions
9:15 O. Melnik Dynamics of dike propagation and magma chamber formation
9:30 G. Lu Two-phase flow modelling of melt migration during continental extension: from rifting to spreading
9:45 B. Kaus Using Julia to simulate geodynamic and magmatic processes (Technical Minute Talk)
10:00 –10:40
2 minutes poster presentations for Session 5 and Session 6
10:40–11:30
Poster session 5 and 6 (with coffee)
11:30–12:00
Antonio Rinaldi
A review of TOUGH-based approaches to model induced seismicity in geothermal systems
12:00–12:30
Physics-based and probabilistic modelling of reservoirs‘ induced seismicity; where we stand and where to go
12:30–13:50 pm
Poster session 5 and 6 (with lunch)
13:50–14:00
14:00–15:00
Talks Session 6
14:00 O. Ferrer Structural inheritance during the inversion of a salt-bearing domino-style rift system: Insights from analogue modelling.
14:15 G. Bugnon Partitioned fault slip in transpressional zones: Insights from analogue model experiments
14:30 A. Jourdon Generalization of the Navier-slip boundary conditions to apply obliquity in regional geodynamic models
14:45 D. Degen Deepening Process Understanding through Global Sensitivity Analyses and Physics-Based Machine Learning (Technical Minute Talk)
15:00–15:30
Modeling of Subsurface Processes in the Energy Transition
15:30–16:30
Poster session 5 and 6 (with coffee and beers)
16:30–17:00
Hugo Duwiquet
Crustal Fault Zone as geothermal power systems. Contribution of numerical modeling and comparison with natural systems.
5:00–6:00 pm
TBA
Poster program Day 3
Towards Unraveling Caldera-forming Eruption Dynamics: Thermal Evolution and the Role of Plasticity Aellig P., De Montserrat A., Kaus B.
Numerical modeling of melt-fluid/solid segregation and differentiation in partially melting orogenic crust Bakouche M. , Gerbault M., Thebaud N., Bonometti T., Duchene S., Vanderhaeghe O.
3D Modeling of pegmatites migration at the onset of partial melting Bergogne M., Le Pourhiet L., Räss L., Plunder A.
Seismicity near Mayotte explained by interacting magma bodies: Insights from numerical modeling de Sagazan C., Gerbault M., Retailleau L., Peltier A., Crawford W., Fontaine F. J., Feuillet N.
Numerical modelling of the hydrothermal system of Piton de la Fournaise volcano Fontaine F.J., Hauck A., Peltier A.
Laboratory modelling of magma propagation in a layered Mohr-Coulomb brittle crust Galland O., Wen X.
Fluid and fault motion interactions Gerbault M., Saez F., Ruz Ginouves J., Cembrano J., Hurtado D., Iturrieta P.
Tectonics controls on melt production and crustal architecture during magma-poor seafloor spreading Mezri L., Garcia-Pintado J., Perez-Gussinye M., Liu Z., Bach W., Cannat M.
Discrete Element Method modelling of fracturing and surface displacements during viscous magma intrusion Morand A., Poppe S., Harnett C., Cornillon A., Heap M., Mège D.
An overview of the velocity and attenuation distribution in the Krafla volcanic system Natale Castillo M. A., Tesauro M.
The hottest thermal spring in Europe (82°C, Chaudes-Aigues, French Massif Central) and its geothermal potential : a multidisciplinary approach Penhoët E., Guillou-Frottier L., Arbaret L., Duwiquet H., Sanjuan B., Caritg S., Gourcerol B., Moreira M., Lopez S.
Spatio-temporal Dynamics of Hydrothermal Circulation over 10 million years of Ultraslow- Rifting and Spreading Garcia-Pintado J., Perez-Gussiye M., Mezri L.
Evaluation of magma rising-induced surface displacement models using analog experiments Pinel V., Galland O., Furst S., Métral L. , Camus B. , Maccaferri F.
Mathematical modeling of the population of zircon crystals growth Sorokin M. , Melnik O.
Inversion of half-grabens with salt: Analogue modelling and comparison with the Mid Polish Swell Filbà L., Ferrer O., Krzywiec P., Adamuszek M., Rowan M.G.
Hydrogen formation in subduction zone Gauthier A. , Larvet T. , Le Pourhiet L ., Moretti I.
Fatbox - a comprehensive toolbox for fault network analysis Gayrin P., Wrona T. , Brune S., Naliboff J. , Molnàr N.
The role of rheological contrast in strike-slip fault interactions. González Muñoz S., Schreurs G., Schmid T., Martín-González F.
Patterns of deformation in accretionary wedges during accretion cycles with different settings of décollement configuration Noda A., Graveleau F., Witt C., Chanier F., Vendeville B.
GPU-based finite difference solution of 3D stress distribution around continental plateaus in spherical coordinates Macherel E., Podladchikov Y., Räss L., Schmalholz S. M.
Uplift constraints from analogue modelling of basin inversion: Application to the Trento platform, eastern Southern Alps Sieberer A-K., Willingshofer E., Klotz T., Ortner H., Schneider-Muntau B., Pomella H.
Modes of reactivation of pre-existing rifted basins by forced subduction initiation Zhou F., Liao J., Le Pourhiet L.
Fault zone porosity evolution in analogue experiments based on 3D X-ray micro-tomography Willingshofer E., Ji Y., Tamminga D., Drury M. , Arts J., Smits J.
Geodynamic models, spatial data, and subsurface uncertainty assessment - Some conceptual thoughts Caumon G., Fratani A., Stoica R.
Numerical Modelling of Focused fluid Flow in Ductile/Plastic Rock: Effects of Geological Heterogeneity and Material Properties Wang L. H., Yarushina V.
Dinner on your own or with group (@TBA) at your own charge