As common physical phenomena in porous media, capillarity behaviors exist in many
engineering applications and natural science fields. The experimental, theoretical and …

This study investigates the energy signature associated with multiphase flow in porous
media displacement regimes. We proposed that net efficiency, as the conversion of external …

Forced imbibition, the invasion of a wetting fluid into porous rocks, plays an important role in
the effective exploitation of hydrocarbon resources and the geological sequestration of …

This paper considers the influence of geometry and flow conditions on the relative
permeability of wetting and non-wetting components of multiphase flows through fractures …

Traditionally, steady-state relative permeability is calculated from measurements on small
rock samples using Darcy's law and assuming a homogenous saturation profile and …

Steady-state relative permeability experiments are performed by coinjection of two fluids
through core plug samples. The relative permeabilities can be calculated using Darcy's law …

Upscaling the implementation of CCUS (Carbon Capture, Utilization, and Storage)
necessitates significant efforts in process modeling to mitigate inherent uncertainties, the …

Steady state relative permeability experiments are performed by co-injection of two fluids
through core plug samples. Effective relative permeabilities can be calculated from the …

We present a detailed multi‐level investigation of steady‐state three‐phase flow processes
in a water‐wet Berea sandstone sample. We use high‐resolution micro‐computed …

Recent advances in X-ray microtomography (micro-CT) technology have enabled
investigations of multiphase flow through natural porous media at the pore scale. In this …