François Renard

Professor

University of Oslo

Norway

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Professor François Renard is a faculty member at the University of Oslo, Norway. His research focuses on the mechanics of geological materials, particularly in the areas of metamorphic rock stress, fracture networks, and seismic activity. Recent publications include studies on exhumation-induced stress in ultra-high-pressure rocks and the dynamics of landslide behavior. His work employs advanced techniques such as 4D neutron imaging and deep learning to enhance our understanding of geological processes.

François Renard

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Articles (20)

Exhumation-induced residual stress in undeformed ultra-high-pressure metamorphic rock

Tracking Intragranular Stress Evolution in Deforming Sandstone Using X‐Rays

A Minimal Model Illuminates the Physics of Pulse‐Like Seismic Rupture and Oscillatory Slip Rates in Damaged Faults

Deep‐Learning Analysis of Fracture Networks Leading to System‐Size Failure in Rocks

4D Neutron Imaging of Solute Transport and Fluid Flow in Sandstone Before and After Mineral Precipitation

Resolving pore-scale concentration gradients for transverse mixing and reaction in porous media

Exploiting Friedel pairs to interpret scanning 3DXRD data from complex geological materials

Creep Bursts on the Åknes Landslide, Norway: Detection, Characterization and Possible Mechanisms

Spatial Persistence of High Strain Events During Brittle Failure

Fault roughness controls injection-induced seismicity

Dynamic Evolution of Porosity in Lower‐Crustal Faults During the Earthquake Cycle

Pressure Solution Grain Boundary Sliding as a Large Strain Mechanism of Superplastic Flow in the Upper Crust

Dynamic Fluid Connectivity Controls Solute Dispersion in Multiphase Porous Media Flow

Time-Resolved In Situ Imaging of Strain Localization in Draupne Shale under Triaxial Compression

How Do Earthquakes Stop? Insights From a Minimal Model of Frictional Rupture

The Influence of Confining Pressure and Preexisting Damage on Strain Localization in Fluid‐Saturated Crystalline Rocks in the Upper Crust

Efficient removal of antibiotics from water via aqueous portlandite carbonation

Deriving Three‐Dimensional Properties of Fracture Networks From Two‐Dimensional Observations in Rocks Approaching Failure Under Triaxial Compression: Implications for Fluid Flow

Nanoscale Damage Production by Dynamic Tensile Rupture in α‐Quartz

Precursory Off‐Fault Deformation in Restraining and Releasing Step Overs: Insights From Discrete Element Method Models

Collaborators (7)

Oliver Plümper

Tanguy Le Borgne

D. W. Breiby

Florian Fusseis

Joachim Mathiesen

Yehuda Ben‐Zion

Luca Menegon

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