… discrete spatial fractures in synthetic fractured media of three models to evaluate the potential
utility of modeling groundwater flow by continuum models for characterizing fracture zones …

… The physical and geometrical characteristics of each fracture and their spatial distribution …
of fractured rock. Although roughness is considered one of the main features that control …

… models of flow and transport phenomena in fractured rock systems. Fractures and fracture
… ––though certainly not all––fracture properties and spatial distributions. These issues are …

… during 2010–2012 on modeling of natural rock fracture systems with the … 2 consists of two
sets, the intensity of which varies in space in … mechanics and fractured rock hydrogeology. To …

… post-peak strength metrics of stress drop, AE event counts, permeability evolution and failure
modes. The model is applied to the simulation of hydraulic fracturing in permeable rocks to …

… The third challenge is modelling permeability through fractured rocks, taking into account …
spacing distribution calculated using a box-counting method; e) Spatial fracture intensity …

… In the next few sections, we present five different case studies with regard to hydraulic
fracturing in a naturally fractured rock mass, covering a large range of temporal and spatial scales. …

… We study their impact on fluid flow as a function of fracture density. Fractures are represented
… the techniques used to study spatial organization of the generated fractured rock analogs. …

… In summary, spatially variant fracture intensity is modeled as … fractured rocks; development
of technologies to enhance petroleum production from fractured reservoirs; prediction of flow …

… resultant fracture network geometry from horizontal wells and in naturally fractured formations.
… or sequential hydraulic fractures from a horizontal well, it is paramount to space injection …