EarthFlows is a strategic research initiative selected by the Faculty of Mathematics and Natural Sciences at the University of Oslo. Geophysical flow processes provide first order controls on the evolution of the Earth’s crust and near-surface environments, including the hydrosphere, the atmosphere, the cryosphere and even the biosphere. The flow may include magmas, water and air, or chemically and physically more complex fluids such as hydrocarbons, CO2-water mixtures, and fluid-solid mixtures. Moreover, several rocks as well as ice, can behave both as solids or fluids, depending on the relevant time scales.
The seminar will be held on Zoom.
Program:
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1330-1340
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Welcome |
Francois Renard (EarthFlows and Njord, University of Oslo) |
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1340-1415 |
Seismic waves: a unique source of information on glaciers and landslides |
Anne Mangeney (Institut de Physique du Globe de Paris) |
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1425-1435 |
Coffee break |
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1435-1445 |
Why do glaciers surge? Understanding the controlling parameters using machine learning and simulations |
Coline Bouchayer (PhD EarthFlows, Njord, University of Oslo) |
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1450-1510 |
A minimal model for crystal plasticity |
Vidar Skogvoll (PhD EarthFlows, Njord, University of Oslo) |
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1515-1525 |
Elastohydrodynamic fracture fronts by magma intrusion |
Torstein Sæter (PhD EarthFlows, University of Oslo) |
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1530-1540 |
Coffee Break |
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1540-1600 |
Burn them all?! The fate of hydrocarbons generated around shale-hosted fractured intrusions |
Ole Rabbel (PhD EarthFlows, Njord, University of Oslo) |
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1605-1640 |
Tsunamis as coupling agents of eclectic Earth media |
Emile Okal (Northwestern University) |
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1650 |
End of meeting |
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