Modeling of heterogeneous materials and media is a problem of fundamental importance to
a wide variety of phenomena with applications to many disciplines, ranging from condensed …

In this paper, we review the state of the art of characterizing and analyzing spatio-temporal
dynamics of soil moisture content at the field scale. We discuss measurement techniques …

Multiple‐point geostatistics is a general statistical framework to model spatial fields
displaying a wide range of complex structures. In particular, it allows controlling connectivity …

An important issue in reservoir modeling is accurate generation of complex structures. The
problem is difficult because the connectivity of the flow paths must be preserved. Multiple …

To predict multiphase flow through geologically realistic porous media, it is necessary to
have a three-dimensional (3D) representation of the pore space. We use multiple-point …

Discontinuous structures such as pores, fractures, joints, and faults govern the physical and
mechanical behavior of subsurface rock masses in underground engineering applications …

The reconstruction of porous media is of great interest in a wide variety of fields, including
earth science and engineering, biology, and medicine. To predict multiphase flow through …

The use of unsupervised machine learning methods such as K-means, Hierarchical
Agglomerative Clustering, and Self-organizing maps is constantly increasing in seismic …

History matching forms an integral part of the reservoir modeling workflow process. Despite
the existence of many history-matching tools, the integration of production data with seismic …

To reconstruct complex porous media, such as carbonates, we propose a two‐step
approach to combine different types of images: microtomography at the resolution of a few …