In this article, the modeling of subsurface virus transport under saturated conditions and the
factors that affect adsorption and inactivation are evaluated. Both equilibrium and kinetic …

In this literature survey, different aspects of dynamics of two-phase flow in porous media are
discussed. This review is based on the results of developed dynamic pore-network models …

In recent years, research activity on the recovery technique known as low salinity
waterflooding has sharply increased. The main motivation for field application of low salinity …

Important features of multiphase flow in porous media that distinguish it from single‐phase
flow are the presence of interfaces between the fluid phases and of common lines where …

The main purpose of this work is to develop a macroscale thermodynamic theory to describe
two-phase flow in porous media. Full thermodynamic properties are assigned to the …

Capillary pressure plays a central role in the description of water flow in unsaturated soils.
While capillarity is ubiquitous in unsaturated analyses, the theoretical basis and practical …

Experimental observations have established that the proportionality between pressure head
gradient and fluid velocity does not hold for high rates of fluid flow in porous media. …

The present work incorporates the effects of interface dynamics into the theoretical description
of two-phase flow in a porous medium. This advance offers the potential for improved …

To gain insight in relationships among capillary pressure, interfacial area, saturation, and
relative permeability in two-phase flow in porous media, we have developed two types of pore-…

Current macroscopic theories of two-phase flow in porous media are based on the extended
Darcy's law and an algebraic relationship between capillary pressure and saturation. Both …