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

We propose a nonlinear random-walk model to describe the dynamics of dense contaminant
plumes in porous media. A coupling between concentration and velocity fields is found so …

We investigate the spatial and temporal features of variable-density contaminant plumes
migration in porous materials. Our analysis is supported by novel experimental results …

Non-dilute flow and transport in porous media plays an important role in many natural and
engineered systems, however a mature understanding is lacking. As environmental …

Проводится строгий вывод макроскопических уравнений, описывающих сопряженные
процессы фильтрации и массопереноса разноплотностной жидкости в устойчивой …

In this paper, a comparison is given between the results of a series of high-resolution
numerical experiments and two nonlinear theories for high-concentration-gradient …

Both theoretical and experimental studies have shown that under highdensity-gradient
conditions linear Ficks' law for dispersion is not valid. It is suggested that in cases of high …