The flow in porous media has received a great deal of attention due to its importance and
many unresolved problems in science and engineering such as geophysics, soil science …

Heterogeneity is the single most salient feature of hydrogeology. An enormous amount of
work has been devoted during the last 30 years to addressing this issue. Our objective is to …

Epoxy matrix reinforced with conventional microscale short carbon fibers (SCFs) and carbon
nanotubes (CNTs) form a hybrid material system where the characteristic length scales of …

Building upon fractal theory and relying exclusively on analytical models, we develop
models for predicting the permeability and effective thermal conductivity of two-directional (2 …

This work evaluates and improves upon existing effective medium methods for permeability
upscaling in fractured media. Specifically, we are concerned with the asymmetric self …

Effective permeability is an essential parameter for describing fluid flow through fractured
rock masses. This study investigates the ability of classical inclusion-based effective medium …

This article presents a new methodology to estimate the effective permeability of random
fractured media of any anisotropy containing both microfractures and a large number of long …

Hypothesis The electrode polarization observed in the measured complex dielectric
frequency responses of the nanosuspensions could be isolated by using time-domain …

A method for estimation of vertical permeability in heterolithic tidal deltaic sandstones is
proposed. Three-dimensional, stochastic, process-based models of sedimentary bedding …

This paper aims at building a method to estimate the probability law governing the 3D
fracture density of a fractured rock conditioned to the number of traces observed on a …