We study experimentally how wettability impacts fluid-fluid-displacement patterns in granular
media. We inject a low-viscosity fluid (air) into a thin bed of glass beads initially saturated …

We study the effects of connectivity enhancement due to film flow phenomena on the
drainage of an artificial porous medium and the relative influence of gravity for such effects …

We experimentally and numerically study the influence of gravity and finite‐size effects on
the pressure‐saturation relationship in a given porous medium during slow drainage. The …

Secondary migration is defined as the movement of hydrocarbons through relatively
permeable rocks from source to trap: a two-phase flow within a porous medium. Depending …

We study experimentally the displacement of one fluid by another in a granular pack to
uncover relationships between fluid invasion and medium deformation. We develop an …

The intermittent dynamics of slow drainage flows in a porous medium is studied
experimentally. This kind of two-phase flow is characterized by a rich burst activity and our …

To investigate the influence of pressure difference changes on the micro start-up and
percolation of heavy oil, a micro visualization displacement device was used to characterize …

Injection of anthropogenic carbon dioxide (CO 2) into deep saline geological formations is a
possible long-term solution of removing CO 2 from the atmosphere. The early injection of CO …

The article concerns an issue of exploring the mechanism of wave influence on the process
of filtration. To describe a filtration flow, the porous medium is represented as a capillary, the …

The effect of sonic waves, in particular, ultrasonic radiation, on immiscible displacement in
porous media and enhanced oil recovery has been of interest for more than five decades …