A novel analytical model is derived based on fractal geometry theory to characterize the
permeability of power-law fluids through fractured porous media with fractal asperities on …

Accurate modeling of variably saturated flow (VSF) in fractured porous media with the
discrete fracture-matrix (DFM) model is a computationally challenging problem. The …

In this paper, we present a constitutive model to describe unsaturated flow that considers the
hysteresis phenomena. This constitutive model provides simple mathematical expressions …

Understanding the changes in multiphase flow parameters caused by mineral dissolution-
precipitation is required for multiple applications ranging from geological storage of CO 2 …

A vug is a small cavity in a porous medium that is relatively larger than interparticle pore
spaces. Vuggy porous media are common in carbonate petroleum reservoirs and karst …

The concrete–rock interfacial transition zone (ITZ) is generally considered the weak layer in
hydraulic engineering, for it is more permeable than the intact concrete or rocks. The water …

In this study, an analytical fractal model was established to simulate water vapor
permeability in porous membranes with uneven pore size distribution. The permeability of …

We have investigated the influence of uniform transverse magnetic field on the forced
convective power law fluid flow through the annular sector duct, filled with Darcy Brinkman …

The fractal theory and technology has been applied to determine the flow rate, the average
flow velocity, and the effective permeability for the power-law fluid in porous media …

Estimating hydraulic properties and monitoring water flow in fractured rocks using self‐
potential observations essentially relies on our ability to model streaming potential. One of …