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 …

Geology is ubiquitously heterogeneous, exhibiting both discrete and continuous spatial
variations on a multiplicity of scales. It is therefore natural to expect that hydrogeologic and …

Numerical Monte Carlo simulation is considered to be one of the main tools to be used in
groundwater hydrology (1) to quantify the uncertainty in the flow predictions due to imperfect …

Over the past several decades, different groundwater modeling approaches of various
complexities and data use have been developed. A recently developed approach for …

The plane-radial seepage flow toward a well in fractured porous media is of pivotal
importance for oil/water reservoir engineering. According to the fractal scaling laws of size …

In this paper, an analysis of the radial flow in the heterogeneous porous media based on
fractal and constructal tree networks is presented. A dual-domain model is applied to …

The properties of heterogeneous media vary spatially in a manner that can seldom be
described with certainty. It may, however, be possible to describe the spatial variability of …

The analysis of pumping tests has traditionally relied on analytical solutions of groundwater
flow equations in relatively simple domains, consisting of one or at most a few units having …

Equations governing flow and transport in randomly heterogeneous porous media are
stochastic and scale dependent. In the moment equation (ME) method, exact deterministic …

Well‐type flow takes place in a heterogeneous porous formation where the transmissivity is
modeled as a stationary random space function (RSF). General expressions for the …