Events

Njord Seminar with Camilla Cattania (Massachusetts Institute of Technology): How do earthquakes begin? Numerical and theoretical insights into the nucleation processes of small and large earthquakes

Jordi Bolibar (Utrecht University): Towards interpretable, physics-informed machine learning models for glacier evolution

Anna Rogowitz (University of Vienna): Transforming a gabbro into an eclogite without fracturing - A tale of opening and closing fluid pathways

Martijn van den Ende (Université Côte d'Azur): Earthquakes, fibre-optic cables, and a zebra: intelligent solutions for tomorrow's seismology

Julien Scheibert (École Centrale Lyon): Towards the design of contact interfaces with a specified friction law

Mathijs Janssen (University of Oslo): Electrolyte relaxation near electrified surfaces—from flat plates to nanoporous supercapacitors

Chris MacMinn (University of Oxford): Fluid-fluid phase separation in a soft porous medium

Luke Zoet (University of Wisconsin-Madison): Investigating subglacial processes through seismicity and experimentation

Eric Larose (Université Grenoble Alpes): Environmental seismology : an emerging tool for probing slopes stability, rockfalls, and the evolution of the permafrost.

Renaud Toussaint (Université de Strasbourg/University of Oslo): Induced seismicity under Strasbourg: Possible mechanisms

We are delighted to invite you to the EarthFlows June Meeting 2021.

Jay Fineberg (The Hebrew University of Jerusalem): How Friction Starts: Nucleation fronts initiate frictional motion

Stefanos Papanikolaou (National Center for Nuclear Research, Poland): From statistical features to mechanical yielding in digital image correlation and surface strain maps

Irene Manzella (University of Plymouth): Volcanoes, landslides and tsunamis: a numerical study of the 2019 Stromboli events

Neal Iverson (Iowa State University): A slip law for glaciers

Elsa Bayart (ENS de Lyon): Solid friction: heterogeneities and rupture arrest

Jonathan Bamber (University of Bristol): A Bayesian Hierarchical Modelling approach to solve for sea level, global mass movement and solid Earth deformation simultaneously

Ramin Aghababaei (Aarhus University): Micromechanics of surface asperities fracture during sliding contact

Anne Pluymaker (U Delft): Fluid-limestone interactions: a rock mechanics approach

Åke Fagereng (Cardiff University): Effects of heterogeneity on fault slip behaviour

Suzanne Hangx (Utrecht University): The importance of understanding fluid-rock interactions for geo-energy storage and production: learnings from CO2 storage

Seth Saltiel (Lamont-Doherty Earth Observatory): How can subglacial seismicity constrain bed conditions and mechanics?: experimental exploration of ice slip on soft beds

Marie Violay (École Polytechnique Fédérale de Lausanne): Mechanical behavior of fluid-induced earthquakes