In this paper, the dissolution and mobilization of non-aqueous phase liquid (NAPL) blobs in
the Surfactant-Enhanced Aquifer Remediation (SEAR) process were upscaled using …

Abstract Digital Core Analysis (DCA) has emerged as a crucial instrument in reservoir
characterization in recent times. With the advent of high-resolution micro-CT imaging, it is …

For multi-phase flow through multi-scale heterogeneous porous media, such as the pore
space of rocks, the interaction between multiple immiscible fluids and an intricate network of …

We consider a model for the flow of two immiscible fluids in a two‐dimensional thin strip of
varying width. This represents an idealization of a pore in a porous medium. The interface …

We consider a model for the flow of two immiscible and incompressible fluid phases in a
porous medium. A surfactant is dissolved in one of the fluid phases, and its concentration at …

The pore-scale mechanism of the waterflooding contributes to enhancing oil recovery, which
has been widely emphasized in the petroleum industry. In this paper, the performances and …

Over the past few years, developments in the theory and numerical simulation of transport
phenomena in porous media, along with related experimental measurements, have …

Non-equilibrium models are applicable in various physical situations, including phase
transitions, hysteresis, and chemical reactions, among others. To model the dynamics of …

Heat transport through a porous medium depends on the local pore geometry and on the
heat conductivities of the solid and the saturating fluid. Through upscaling using formal …

This paper deals with the approximation of the dynamics of two fluids having non-matching
densities and viscosities. The modeling involves the coupling of the Allen-Cahn equation …