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 …

Groundwater modeling has become a vital component to water supply and contaminant
transport investigations. An important component of groundwater modeling under steady …

Composite materials play a vital role in modern engineering from aerospace to nuclear
devices. Computational mechanics endeavours to provide precise numerical models of …

Single-phase fluid flow in porous media is usually direction dependent owing to the
tortuosity associated with the internal structures of materials that exhibit inherent anisotropy …

We present a review of the theory and applications of the Analytic Element Method as it
exists today. The paper begins with a presentation of analytic elements used for modeling of …

We study the upscaling and prediction of large‐scale solute dispersion in heterogeneous
porous media with focus on preasymptotic or anomalous features such as tailing in …

Flow of uniform mean velocity U takes place in a formation of spatially variable, random
conductivity K (x). Advective transport of a plume of an inert solute is investigated by the …

This paper analyzes the emergence of channeling and preferential flow in heterogeneous
porous media. Connectivity is studied through the statistical characterization of the length L …

In parts 1 [Dagan et al., 2003] and 2 [Fiori et al., 2003] a multi‐indicator model of
heterogeneous formations is devised in order to solve flow and transport in highly …