The morphology of a fracture in a granite block is sampled using a high resolution profiler providing a 3999 × 4000 pixel image of the roughness. We checked that a self-affine model is an accurate geometrical model of the fracture morphology on the basis of a spectral analysis. We also estimated the topothesy of the experimental surface to be
Characterization of fluid flow through rough fractures is an important issue in designing undergroun...
Geological storage operations spanning energy, nuclear material and carbon dioxide (CO2) storage, re...
The first part of this thesis addresses a study of the geometry of rough fractures that have been ob...
International audienceThe morphology of a fracture in a granite block is sampled using a high resolu...
textUnderstanding physical, chemical, and mechanical processes and properties of a single fracture i...
textOpen and connected fractures, where present, control fluid flow and dominate solute transport. ...
International audienceFracture surface topography exhibits long-range spatial correlations resulting...
Heat exchange during laminar flow is studied at the fracture scale on the basis of the Stokes equati...
Fractures can provide principal fluid flow pathways in the Earth’s crust, making them a critical fea...
Heterogeneous fracture aperture distribution, dictated by surface roughness, mechanical rock and fra...
An experimental study of the transport properties of fluid-saturated joints composed of two compleme...
The study of flow and transport in rough, fractured media is essential in the development of new ene...
The morphological properties of rock fractures may have a significant influence on their hydromechan...
International audienceFracture surface topography exhibits long-range spatial correlations resulting...
Heterogeneous fracture aperture distribution, dictated by surface roughness, mechanical rock and fra...
Characterization of fluid flow through rough fractures is an important issue in designing undergroun...
Geological storage operations spanning energy, nuclear material and carbon dioxide (CO2) storage, re...
The first part of this thesis addresses a study of the geometry of rough fractures that have been ob...
International audienceThe morphology of a fracture in a granite block is sampled using a high resolu...
textUnderstanding physical, chemical, and mechanical processes and properties of a single fracture i...
textOpen and connected fractures, where present, control fluid flow and dominate solute transport. ...
International audienceFracture surface topography exhibits long-range spatial correlations resulting...
Heat exchange during laminar flow is studied at the fracture scale on the basis of the Stokes equati...
Fractures can provide principal fluid flow pathways in the Earth’s crust, making them a critical fea...
Heterogeneous fracture aperture distribution, dictated by surface roughness, mechanical rock and fra...
An experimental study of the transport properties of fluid-saturated joints composed of two compleme...
The study of flow and transport in rough, fractured media is essential in the development of new ene...
The morphological properties of rock fractures may have a significant influence on their hydromechan...
International audienceFracture surface topography exhibits long-range spatial correlations resulting...
Heterogeneous fracture aperture distribution, dictated by surface roughness, mechanical rock and fra...
Characterization of fluid flow through rough fractures is an important issue in designing undergroun...
Geological storage operations spanning energy, nuclear material and carbon dioxide (CO2) storage, re...
The first part of this thesis addresses a study of the geometry of rough fractures that have been ob...