This work is the fifth in a series of papers on the thermodynamically constrained averaging
theory (TCAT) approach for modeling flow and transport phenomena in multiscale porous …

In this paper, an incompressible single phase and single component flow in a porous media
presenting a non-Fickian behaviour is studied. The model is composed by a parabolic …

Solute mixing, spreading, and fast chemical reactions in aquifers are strongly influenced by
spatial variability of the hydraulic properties, temporal flow fluctuations, and fluid density …

Free convection usually happens in variable-density groundwater flow systems, and it favors
contaminant transport by enlarging length scales and shortening timescales compared to …

Due to the complex porous media structure of the longwall gob area, it has been difficult to
determine the gas dispersion coefficient of oxygen when studying spontaneous coal …

A two-dimensional numerical model is used to study the nonlinear behavior of density
gradients on transverse dispersion. Numerical simulations are conducted using d 3 f, a …

Nondilute transport in porous media results in fronts that are much sharper in space and
time than the corresponding transport of a conservative, nonreactive dilute species. A …

Nondilute transport occurs routinely in porous medium systems. Experimental observations
have revealed effects that seemingly depend upon density, viscosity, velocity, and chemical …

This work is a continuation of Musuuza et al.[37] in which a stability criterion for density-
driven flow in a saturated homogeneous medium was derived. The criterion predicted the …

This work concludes the investigations into the stability of haline flows in saturated porous
media. In the first part [33] a stability criterion for density-driven flow in a saturated …