Fluid flow and mass transport in geological materials are crucial in diverse Earth science
applications. To fully understand the behavior of geological materials in this context, the …

Conventional and unconventional hydrocarbon rocks have complicated pore structures with
heterogeneities distributed over various length scales (from nanometre to centimetre or even …

Investigation of porous media's permeability is vital for underground resource extraction.
Due to the disordered internal structures, it remains a challenge to accurately evaluate the …

There is growing interest in using advanced imaging techniques to describe the complex
pore-space of natural rocks at resolutions that allow for quantitative assessment of the flow …

X-ray computed tomography (XCT) combined with computer simulations have proved to be
an extremely powerful and versatile tool for material characterization in recent years. The …

There are limited comparative studies on modeling fluid transport in fractured porous media.
Hence, this paper systematically compares the steady-state cree** flow Stokes–Brinkman …

The integration of continuous-flow technologies with heterogeneous photocatalysis has
recently emerged as a promising strategy for the development of sustainable processes …

Fractured vuggy carbonate rocks are important for underground water and geo-energy
reservoirs due to their significant contribution on water and hydrocarbon reserves and …

Multi-scale fractures and karst caves are the main reservoir bodies in fractured-vuggy
carbonate reservoirs, and there are still various types of remaining oil after water flooding …

Fractured-vuggy carbonate reservoirs have complex pore structure, significant
heterogeneity, and irregular permeability-porosity relation, which make existing evaluation …