We present a discussion of the state-of-the-art on the use of discrete fracture networks
(DFNs) for modelling geometrical characteristics, geomechanical evolution and …

Rock fractures are crucial conduits for fluid flow in fractured rock masses. Three-dimensional
(3D) discrete fracture network (DFN) modeling approach, which can explicitly characterize …

In two-dimensions, a fracture network consist of a system of branches and nodes that can be
used to define both geometrical features, such as length and orientation, and the …

We study how the normal stiffness and the permeability of a realistic rough fracture at the
field scale are linked and evolve during its closure up to the percolation threshold. We base …

The connectivity of a fracture network depends on both its geometry and topology, which
may be characterized in terms of the types of nodes and branches in the system. A number …

Fractures rarely occur individually but more usually as networks of numerous fractures
whose arrangement, abundance, and interaction control the mechanical and transport …

Fracture networks play a more significant role in conducting fluid flow and solute transport in
fractured rock masses, comparing with that of the rock matrix. Accurate estimation of the …

Evidence of fossilized microorganisms embedded within mineral veins and mineral‐filled
fractures has been observed in a wide range of geological environments. Microorganisms …

Fractures such as faults and joints often dominate the mechanical strength and deformation
of rock masses. It is thus of central importance to adopt an appropriate joint constitutive …

An empirical joint constitutive model (JCM) that captures the rough wall interaction
behaviour of individual fractures associated with roughness characteristics observed in …