This is the second and final part of our digital rock physics (DRP) benchmarking study. We
use segmented 3-D images (one for Fontainebleau, three for Berea, three for a carbonate …

Microtomography provides detailed 3D internal structures of materials in micro-to tens of
nano-meter resolution and is quickly turning into a new technology for studying …

Digital rock physics combines modern microscopic imaging with advanced numerical
simulations to analyse the physical properties of rocks. Elastic-wave propagation modelling …

In order to study the effect of the micro‐CT scan resolution and size on the accuracy of
upscaled digital rock property estimation of core samples Bentheimer sandstone images …

This study defines the optimal operating envelope of the Digital Rock technology from the
perspective of imaging and numerical simulations of transport properties. Imaging larger …

This paper is concerned with the effect of pore fluid viscosity on effective elastic properties
using digitized rocks. We determine a significant velocity dispersion in wave propagation …

Synchrotron radiation X-ray tomographic microscopy is a nondestructive method providing
ultra-high-resolution 3D digital images of rock microstructures. We describe this method and …

Characterizing the pore space of rock samples using three‐dimensional (3D) X‐ray
computed tomography images is a crucial step in digital rock physics. Indeed, the quality of …

The time reverse modeling (TRM) is applied for signal-based acoustic emission (AE)
analysis of reinforced concrete (RC) specimens. TRM uses signals obtained from physical …

Digital rock physics technology makes up for the disadvantages of traditional petrophysical
experiments, and has opened up a new platform for petrophysics research. Taking …