Simulation of flow directly at the pore scale depends on high‐quality digital rock images but
is constrained by detector hardware. A trade‐off between the image field of view (FOV) and …

X-ray micro-tomography is used to image the pore-scale configurations of fluid in a rock
saturated with three phases-brine, oil and gas-mimicking a subsurface reservoir, at high …

The concept of linking pore‐scale data to continuum‐scale characteristics of porous media
relies on the existence of a representative elementary volume (REV). The current techniques …

Understanding the microstructure–property relationships of porous media is of great
practical significance, based on which macroscopic physical properties can be directly …

In this paper, the impact of CO 2-carbonate interactions on hydrocarbon recovery from three
initially oil-saturated heterogeneous carbonate core samples (with low and mid …

Skeletonization, a crucial step in pore network modeling, traditionally involves the extraction
of skeleton pixels from binarized, segmented X-ray images of porous materials. However …

Water alternating gas (WAG) injection is a well-established technique that leverages the
benefits of gas injection and waterflooding processes to improve the ultimate oil recovery …

The relationships between macroscopic properties and microstructural characteristics are of
great significance for natural porous rocks, based on which transport properties can be …

Abstract Digital Rock Analysis involves (1) 3D X-ray 𝜇𝜇CT imaging and processing,(2)
identifying and segmenting the minerals, and (3) performing flow simulation to obtain …

Digital rock physics (DRP) has fundamentally revolutionized the geoscience discipline by
allowing researchers to develop digital twins of physical rocks using x-ray imaging …