Geological media exhibit heterogeneities in their hydraulic and chemical properties, which
can lead to enhanced spreading and mixing of the transported species and induce an …

We study the intermittency of fluid velocities in porous media and its relation to anomalous
dispersion. Lagrangian velocities measured at equidistant points along streamlines are …

Fluid flow and reactive transport is relevan t to many subsurface applications including CO2
sequestration, miscible/immiscible displacements in enhanced oil recovery, wellbore …

We investigate the temporal scaling properties of mixing in heterogeneous permeability
fields with variances ranging from very small (σlnK2= 0.01) to very large (σlnK2= 9). We …

This paper is devoted to fractal continuum hydrodynamics and its application to model fluid
flows in fractally permeable reservoirs. Hydrodynamics of fractal continuum flow is …

We study scalar mixing in heterogeneous conductivity fields, whose structural disorder
varies from weak to strong. A range of stretching regimes is observed, depending on the …

Reactive transport in porous media is a complex nonlinear phenomenon that involves both
homogeneous (bio-) chemical reactions between species dissolved in a fluid and …

Darcy-scale models of flow and transport in porous media often fail to describe
experimentally observed phenomena, while their pore-scale counterparts are accurate but …

In the present work fluid flow and solute transport through porous media are described by
solving the governing equations at the pore scale with finite-volume discretization. Instead of …

We adopt convolutional neural networks (CNN) to predict the basic properties of the porous
media. Two different media types are considered: one mimics the sand packings, and the …