This paper reviews recent developments on the cleat-scale characterisation of coal. Novel
micro-CT imaging and image calibration methods are described. The application of micro …

We apply an accurate numerical scheme to solve for Stokes flow directly on binarized three-
dimensional rock images, such as those obtained by micro-CT imaging. The method …

A reservoir carbonate core plug has been imaged in 3D across a range of length scales
using high resolution X-ray microtomography (μ-CT). Data from the original 40-mm diameter …

We present results from a systematic study of relative permeability functions derived from
two-phase lattice Boltzmann (LB) simulations on X-ray microtomography pore space images …

Studying the pore structure is very important for better understanding the characteristics of
fluids storage and transport in rock reservoirs. To investigate the better way to characterize …

We present results from simulations of two-phase flow directly on digitized rock-
microstructure images of porous media using a lattice Boltzmann (LB) method. The …

ABSTRACT A range of 3D image registration techniques have been developed to extend
the capabilities of X-ray micro-CT and to allow the calibration of micro-CT data to other …

X-ray computed tomography, neutron computed tomography, and magnetic resonance
imaging are driving novel scientific advances by enabling rapid, non-destructive, three …

Due to the intricate structure of carbonate rocks, relationships between porosity or saturation
and petrophysical transport properties classically used for reservoir estimation and recovery …

Direct simulation of flow on microcomputed‐tomography (micro‐CT) images of rocks is
widely used for the calculation of permeability. However, direct numerical methods are …