Fluid flow at nanoscale is closely related to many areas in nature and technology (eg,
unconventional hydrocarbon recovery, carbon dioxide geo-storage, underground …

Pre-Darcy flow is widely found in many naturally porous media, such as low-permeability
clay. Nonflowing liquid boundary layers strongly influence fluid flow in low-permeability …

Fluid injection in a porous medium is the underlying mechanism for many applications in the
fields of groundwater hydraulics, hydrology and hydrogeology, and geo-environmental …

Although improving the recovery of water-invaded gas reservoirs has been extensively
studied in the natural gas industry, the nature of the efficiency of water-invaded gas recovery …

The wettability of mineral surfaces has significant impacts on transport mechanisms of two-
phase flow, distribution characteristics of fluids, and the formation mechanisms of residual oil …

Water flow in saturated clay soil at low hydraulic gradients usually occurs via pre-Darcy flow.
The occurrence of the pre-Darcy flow phenomenon is attributed to the adsorption of water on …

Water seepage in soil is a fundamental problem involving various scientific and engineering
fields. According to the literature, low-velocity water seepage in low-permeability porous …

Pseudo threshold pressure gradient (PTPG) exists in the propped fractured reservoir, but its
nonlinear flow law remains unclear. The effects of the mineral composition of shale and …

This paper proposes a numerical model for simulating an immiscible compressible two-
phase flow in a periodic heterogeneous porous media with application to a coal-bed …