The fracture–matrix system, in which water is stored and transported, has a significant
impact on the hydraulic behaviors of fractured geologic media (FGM). However, it is very …

A cell-centered control-volume distributed multi-point flux approximation (CVD-MPFA) finite-
volume formulation is presented for discrete fracture-matrix simulations. The grid is aligned …

A novel cell-centred control-volume distributed multi-point flux approximation (CVD-MPFA)
finite-volume formulation is presented for discrete fracture–matrix simulations on …

Most industrial and field studies of transport processes in Discrete Fracture Networks (DFNs)
involve strong simplifying assumptions, especially at the meshing stage. High-accuracy …

Abstract The Fracture Cut (FraC) approach to mesh three-dimensional (3D) Discrete
Fracture Networks (DFN) is presented. The considered DFNs consist of a network of planar …

Single and multiphase flows in fractured porous media at the scale of natural reservoirs are
often handled by resorting to homogenized models that avoid the heavy computations …

Faulted and fractured systems form a critical component of fluid flow, especially within low-
permeable reservoirs. Therefore, developing suitable methodologies for acquiring structural …

The double porosity model (DPM) concept is a widely used approach to simulate flow in
fractured aquifers. Parameter estimation methods to calibrate standard groundwater flow …

In recent years modeling flows in fractured reservoirs received considerable attention from
hydrogeology and oil industry. However, studies, understandings, and effective technologies …

Two large sets of interference testing data from a karstic aquifer (Hydrogeological
Experimental Site, HES–Poitiers–France) are inverted using a dual-continuum approach to …