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

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

Quantitative structure–property relationships are crucial for the understanding and prediction
of the physical properties of complex materials. For fluid flow in porous materials …

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 …

A new 3D stochastic pore-scale simulation approach was introduced in this study to
investigate how stochastic pore connectivity impacts the permeability and hydraulic …

Accurately estimating reservoir rock properties is paramount for modeling the storage and
flow of fluids (hydrocarbon, carbon dioxide, and groundwater) in porous media. However …

Estimation of permeability in porous media is fundamental to understanding coupled multi-
physics processes critical to various geoscience and environmental applications. Recent …

Permeability of subsurface porous media is one of the primary factors that affect fluid
transport in porous rock. However, accurate prediction of rock permeability is a challenging …

Accurate predictions of rock permeability is critical for resource exploration and
environmental management. To improve on existing approaches to permeability prediction …

The complexity and heterogeneity of pore structure present significant challenges in
accurate permeability estimation. Commonly used empirical formulas neglect its microscopic …