Fluid flow characteristics are important to assess reservoir performance. Unfortunately,
laboratory techniques are inadequate to know these characteristics, which is why numerical …

We report the results of pore-network analysis of high resolution synchrotron
microtomographic images of Fontainebleau and Berea Sandstones. We segment the gray …

Micro-CT scanning is a nondestructive technique that can provide three-dimensional images
of rock pore structure at a resolution of a few microns. We compute petrophysical properties …

The invention and progression of micro-CT scanning technology has significantly improved
the quality and resolution of tomographic images. It is now possible to fully resolve simpler …

Carbonate rocks have multiscale pore systems that are weakly understood. In this study, we
use combined experimental, modeling, and pore space generation methods to tackle the …

The study of digital rock physics has seen significant advances due to the development of X‐
ray micro computed tomography scanning devices. One of the advantages of using such a …

The fluid flow analysis in four Doddington rock samples was conducted using the finite
volume method. A novel methodology for reconstructing virtual samples from micro CT …

The surface energy of minerals increases due to a loss of humidity. In rocks this leads to
strains without applying external stress (stress‐free strain) and affects the rocks' elastic …

Carbonate rocks have complex pore structures as a result of sedimentological and
diagenetic processes. We investigated the pore network of four carbonate rock samples …

Pore connectivity is a key parameter to affect reservoir quality (eg permeability). Routinely,
this parameter is assessed with special core analysis (ie mercury injection capillary pressure …