Understanding the dynamics of the filling process of a pore body with a nonwetting fluid is
important in the context of dynamic pore network models and others. It can justify many of …

Saltwater intrusion into coastal aquifers presents a significant global challenge to fresh
groundwater resources. Numerical modelling represents a valuable tool to study this …

We propose a physics-based, macroscale formulation of multiphase porous-media flows that
both honors the validity of Darcy's law in steady or near-steady flows and accommodates the …

In this study, we developed a novel boundary-type meshless approach for dealing with two-
dimensional transient flows in heterogeneous layered porous media. The novelty of the …

Cellular membranes display an incredibly diverse range of shapes, both in the plasma
membrane and at membrane bound organelles. These morphologies are intricately related …

Multiphase flow in porous matrix with embedded free-flowing regions has wide application
in industry, environment and biological systems. Due to its permo-porosity characteristics …

In various scientific and engineering domains, the prediction of soil water infiltration and fluid
flow in unsaturated soils are significant issues. In addition, the unsaturated zone is the …

In this paper, we study the dissolution of a porous formation made of soluble and insoluble
materials with various types of Darcy-scale heterogeneities. Based on the assumption of …

We introduce a perturbation method for the forward modeling of transient diffusion
phenomena in aquifers with pressure measurements acquired at arbitrary observation …

Transport phenomena in heterogeneous media play a crucial role in numerous engineering
applications such as hydrocarbon recovery from shales and material processing …