[HTML][HTML] Machine and deep learning for estimating the permeability of complex carbonate rock from X-ray micro-computed tomography
M Tembely, AM AlSumaiti, WS Alameri - Energy Reports, 2021 - Elsevier
Accurate estimation of permeability is critical for oil and gas reservoir development and
management, as it controls production rate. After assessing numerical techniques ranging …
management, as it controls production rate. After assessing numerical techniques ranging …
Multifractal analysis of reservoir rock samples using 3D X-ray micro computed tomography images
Characterizing heterogeneity in reservoir rocks at the pore scale is crucial to understand the
flow patterns better, and estimate reservoir petrophysical properties such as porosity and …
flow patterns better, and estimate reservoir petrophysical properties such as porosity and …
A deep learning perspective on predicting permeability in porous media from network modeling to direct simulation
Predicting the petrophysical properties of rock samples using micro-CT images has gained
significant attention recently. However, an accurate and an efficient numerical tool is still …
significant attention recently. However, an accurate and an efficient numerical tool is still …
[HTML][HTML] On Orthogonal Polynomials and Finite Moment Problem
Background: This paper is an improvement of a previous work on the problem recovering a
function or probability density function from a finite number of its geometric moments,[1]. The …
function or probability density function from a finite number of its geometric moments,[1]. The …
On the exponential Radon transform
F Hjouj - AIP Conference Proceedings, 2023 - pubs.aip.org
This is an introduction to an interesting application of Fourier analysis in tomography and
image processing. The Radon transform and the exponential Radon transform are reviewed …
image processing. The Radon transform and the exponential Radon transform are reviewed …
Fast equivalent micro-scale pipe network representation of rock fractures obtained by computed tomography for fluid flow simulations
F Xiong, Q Jiang, C Xu - Rock Mechanics and Rock Engineering, 2021 - Springer
Fractures in rocks often provide preferential fluid migration pathways and their geometrical
properties are the main factors influencing the permeability of the rock mass. By taking into …
properties are the main factors influencing the permeability of the rock mass. By taking into …
Upscaling strategy to simulate permeability in a carbonate sample using machine learning and 3D printing
Characterizing heterogeneity is crucial to assess the variability of rock properties in
carbonate reservoir samples. This work introduces an original multiscale approach to …
carbonate reservoir samples. This work introduces an original multiscale approach to …
Review and improvement of the linear transformation of images
A common problem in the field of image processing is recovering a geometrical distortion
such as scaling, rotation, translation, shearing, and others. These types of distortions can be …
such as scaling, rotation, translation, shearing, and others. These types of distortions can be …
Texture segmentation of 3D x-ray micro-computed tomography images using U-NET
Recent advances in numerical methods combined with the use of 3D X-ray micro computed
tomography acquisition systems improved the characterization of reservoir rocks at pore …
tomography acquisition systems improved the characterization of reservoir rocks at pore …
Upscaling non-Newtonian rheological fluid properties from pore-scale to Darcy's scale
Continuity and momentum equations govern the pore-scale flow properties of the fluid in the
porous media, whereas Darcy's law governs Darcy scale properties of the fluid transport in …
porous media, whereas Darcy's law governs Darcy scale properties of the fluid transport in …