We review the most recent studies of drainage/imbibition of foams placed on porous
substrates: the latest theoretical models, simulation studies and experimental observations …

Drainage of foams placed on porous substrates has only recently been theoretically
investigated (O. Arjmandi-Tash, N. Kovalchuk, A. Trybala, V. Starov, Foam Drainage Placed …

A new theory of foam drainage in the presence of a porous support was introduced and
accordingly, a mathematical model which combines the foam drainage equation with the …

A model for drainage/imbibition of a foam placed on the top of a porous substrate is
presented. The equation of liquid imbibition into the porous substrate is coupled with a foam …

Foams are a common occurrence in many industries and many of these applications require
the foam to interact with porous materials. For the first time interaction of foams with porous …

The use of foam-based applications as a method of drug delivery represents a recent and
promising area of research. The interaction of foam and porous substrates have been …

In recent years, significant progress has been achieved in the study of aqueous foams.
Having said this, a better understanding of foam physics requires a deeper and profound …

The rate of loss of total surface area of a foam contained in a fixed volume at constant
temperature may be determined from the measured rate of increase of gas pressure in the …

Drainage from an aqueous foam plays a pivotal role in determining its stability. A simple and
convenient way to study drainage is to monitor with time the volume of liquid draining from a …

Foams are used in the production of petroleum and natural gas for several purposes: in
drilling wells, in cementing piping into a well, in hydraulically fracturing the surrounding rock …