International audienceWe study analytically the behavior of a viscoelastic brittle solid loaded in tension, in which fractures may grow or not depending on the amount of dissipation allowed by the viscous behavior. We highlight a threshold in extension rate, below which the solid will not be fractured. Applied to sedimentary rocks, this model shows how viscous effects can prevent fracture growth in geological formations. © 2013 Elsevier Ltd. All rights reserved
Load-bearing biological materials such as bone, teeth, and nacre have acquired some interesting mech...
International audienceStrength profiles through the crust and upper mantle typically show the brittl...
The problem of failure of load-bearing structures by fracture is generally important in all phases o...
International audienceWe study analytically the behavior of a viscoelastic brittle solid loaded in t...
In experiments, extension fractures were generated in rigid layers of Plaster of Paris resting on a ...
The basic mechanics of fracture in viscoelastic materials are reviewed beginning with the early Rivl...
The viscoelastic deformation behavior of a sedimentary rock under different loading rates is numeric...
Dynamic shaking imposed by passing seismic waves is able to promote various hydrological processes i...
A model is proposed describing the mechanical evolution of a shear zone along compressional and exte...
Observations at the Earth's surface show that tectonic boundary zones are intensively deformed belts...
Fractures in rocks deformed under dominant ductile conditions typically form simultaneously with vis...
Rock fractures filled with viscoelastic materials, such as sand, usually contribute to rock mass ins...
International audienceThe mechanical coupling between brittle and ductile layers in the continental ...
A rock fracture is a mechanical break or discontinuity that separates a rock body into two or more p...
International audienceIntroducing viscous cohesive forces into Barenblatt's theory, we show how to t...
Load-bearing biological materials such as bone, teeth, and nacre have acquired some interesting mech...
International audienceStrength profiles through the crust and upper mantle typically show the brittl...
The problem of failure of load-bearing structures by fracture is generally important in all phases o...
International audienceWe study analytically the behavior of a viscoelastic brittle solid loaded in t...
In experiments, extension fractures were generated in rigid layers of Plaster of Paris resting on a ...
The basic mechanics of fracture in viscoelastic materials are reviewed beginning with the early Rivl...
The viscoelastic deformation behavior of a sedimentary rock under different loading rates is numeric...
Dynamic shaking imposed by passing seismic waves is able to promote various hydrological processes i...
A model is proposed describing the mechanical evolution of a shear zone along compressional and exte...
Observations at the Earth's surface show that tectonic boundary zones are intensively deformed belts...
Fractures in rocks deformed under dominant ductile conditions typically form simultaneously with vis...
Rock fractures filled with viscoelastic materials, such as sand, usually contribute to rock mass ins...
International audienceThe mechanical coupling between brittle and ductile layers in the continental ...
A rock fracture is a mechanical break or discontinuity that separates a rock body into two or more p...
International audienceIntroducing viscous cohesive forces into Barenblatt's theory, we show how to t...
Load-bearing biological materials such as bone, teeth, and nacre have acquired some interesting mech...
International audienceStrength profiles through the crust and upper mantle typically show the brittl...
The problem of failure of load-bearing structures by fracture is generally important in all phases o...