International audienceWe propose a mapping from fracture systems consisting of intersecting fracture sheets in three dimensions to an abstract network consisting of nodes and links. This makes it possible to analyze fracture systems with the methods developed within modern network theory. We test the mapping for two-dimensional geological fracture outcrops and find that the equivalent networks are small-world and dissasortative. By analyzing the Discrete Fracture Network model, which is used to generate artificial fracture outcrop networks, we also find small world networks. However, the networks turn out to be assortative
Fractures rarely occur individually but more usually as networks of numerous fractures whose arrange...
[1] Box counting is widely used for characterizing fracture networks as fractals and estimating thei...
Modeling naturally fractured reservoirs requires a detailed understanding of the three-dimensional (...
International audienceWe propose a mapping from fracture systems consisting of intersecting fracture...
We propose a mapping from fracture systems consisting of intersecting fracture sheets in three dimen...
In two-dimensions, a fracture network consist of a system of branches and nodes that can be used to ...
Two-dimensional exposures of fracture networks can be represented as large planar graphs that compri...
The connectivity of a fracture network depends on both its geometry and topology, which may be chara...
The Lilstock outcrop in the southern Bristol Channel provides exceptional exposures of several limes...
Fracture patterns arise abundantly in natural and engineered systems, and their geometries depend on...
The topology of two discrete fracture network models is compared to investigate the impact of constr...
International audienceIn most geological instances, 2-D or 3-D fracture distributions are not availa...
International audienceIntersections between the fractures of a network defines its connectivity and ...
International audienceThe realism of Discrete Fracture Network (DFN) models, beyond the bulk statist...
Rock fractures organize as networks, exhibiting natural variation in their spatial arrangements. The...
Fractures rarely occur individually but more usually as networks of numerous fractures whose arrange...
[1] Box counting is widely used for characterizing fracture networks as fractals and estimating thei...
Modeling naturally fractured reservoirs requires a detailed understanding of the three-dimensional (...
International audienceWe propose a mapping from fracture systems consisting of intersecting fracture...
We propose a mapping from fracture systems consisting of intersecting fracture sheets in three dimen...
In two-dimensions, a fracture network consist of a system of branches and nodes that can be used to ...
Two-dimensional exposures of fracture networks can be represented as large planar graphs that compri...
The connectivity of a fracture network depends on both its geometry and topology, which may be chara...
The Lilstock outcrop in the southern Bristol Channel provides exceptional exposures of several limes...
Fracture patterns arise abundantly in natural and engineered systems, and their geometries depend on...
The topology of two discrete fracture network models is compared to investigate the impact of constr...
International audienceIn most geological instances, 2-D or 3-D fracture distributions are not availa...
International audienceIntersections between the fractures of a network defines its connectivity and ...
International audienceThe realism of Discrete Fracture Network (DFN) models, beyond the bulk statist...
Rock fractures organize as networks, exhibiting natural variation in their spatial arrangements. The...
Fractures rarely occur individually but more usually as networks of numerous fractures whose arrange...
[1] Box counting is widely used for characterizing fracture networks as fractals and estimating thei...
Modeling naturally fractured reservoirs requires a detailed understanding of the three-dimensional (...