Viscous fingering instability, as one of the numerous fluid instabilities and mechanisms of
pattern formation, is very common in different fields of research. First studied experimentally …

There are still many unclear mechanisms in the multiphase reactive flow with solid
dissolution processes. In this study, the reactive transport processes coupled with solid …

Surfactant flooding is an effective method for enhanced oil recovery, accompanied by the
adsorption of surfactant molecules during their transport in porous media. This paper studies …

Understanding rock wettability is crucial across various fields including hydrology,
subsurface fluid storage and extraction, and environmental sciences. In natural subsurface …

The capillary pressure curve provides fundamental insights into the dynamics of fluid-fluid
displacement and phase distributions. Capillary scaling is crucial for extrapolating capillary …

We consider the effective rheology of immiscible two-phase flow in porous media consisting
of random mixtures of two types of grains having different wetting properties using a dynamic …

Surfactant flooding is an effective method for enhanced oil recovery and does not lose its
relevance. This paper investigates the influence of pore space heterogeneity on dynamic …

Drainage of a liquid by a gas in porous media can be broken down into two main
mechanisms: a primary piston-like displacement of the interfaces through the bulk of pore …

The subsurface provides a viable option to store large quantities of hydrogen to cater to the
growing green energy demands. In this regard, it is essential to understand the fundamental …

Miscible gas flooding improves oil displacement through mass exchange between oil and
gas phases. It is one of the most efficient enhanced oil recovery methods for intermediate …