Quantitative predictions of natural and induced phenomena in fractured rock is one of the
great challenges in the Earth and Energy Sciences with far‐reaching economic and …

Hydraulic fracturing of unconventional hydrocarbon resources involves the sequential
injection of a high-pressure, particle-laden fluid with varying pH's to make commercial …

Abstract The technology of Enhanced Geothermal System (EGS) using CO 2 as working
fluid is believed to be a promising method for harnessing geothermal energy, contributing to …

Understanding the fluid flow and solute transport mechanisms in fractured rocks is essential
for many geoengineering applications. In this study, the fluid flow and solute transport in a …

Flow channelization is a commonly observed phenomenon in fractured subsurface media
where the flow of fluids is restricted primarily to highly transmissive fracture networks …

We incorporate observations of real fracture aperture variability observed in laboratory
experiments into an ensemble of three‐dimensional discrete fracture network (DFN) …

Understanding mechanistic causes of non‐Fickian transport in fractured media is important
for many hydrogeologic processes and subsurface applications. This study elucidates the …

A novel numerical method was developed to evaluate the effect of the aperture
heterogeneity of individual fractures on fluid flow through three-dimensional discrete fracture …

We study how the interplay between fracture aperture heterogeneity and tracer injection
mode controls fluid flow and tracer transport in three‐dimensional (3D) discrete fracture …

We model flow and transport in fracture networks with varying degrees of fracture‐to‐fracture
aperture heterogeneity and network intensity to show how changes in these properties can …