Due to the differences in ore feeds and stacking procedures, segregated pore networks are
commonly observed in industrial heap leaching operations, which strongly affect the pore …

Hydrodynamic hysteresis exists widely in agglomerated heaps with well-developed intra-
pores, and it directly affects solute transports and bioleaching reaction. In this paper, the …

Low-permeability sedimentary formations, such as tight sandstones, exhibit fluid flow and
transport phenomena distinct from those in conventional porous systems due to the …

The gas and water flow behavior in rough-walled hydrophilic fractures at the pore scale is
crucial for understanding the gas production characteristics of naturally fractured formations …

Hydrodynamic dispersion emerges from the architecture of sedimentary rocks specific to
depositional environments. Geologic heterogeneity, resulting from depositional processes …

Understanding and predicting non-Newtonian fluid flows in porous media is crucial for many
geophysical and environmental problems. Although extensive studies have investigated …