Velocity measurement in pulsating flows is more difficult than that in steady flows. One
problem follows from the necessity to synchronize the measuring instrument with the …

A key need for dynamic single-cell measurements is the ability to gently position cells for
repeated measurements without perturbing their behavior. We describe a new method that …

High-intensity acoustic vibration is a new technology for solving the problem of uniform
dispersion of highly viscous materials. In this study, we investigate the mixing characteristics …

A novel mixing device (Soft Elastic Reactor–SER) that induces mixing by vibration of the
tank wall is presented and characterized using dimensional analysis. This type of mixing …

Flow in a channel with corrugated walls has been studied, with the primary goal of
establishing channel geometries that enhance achievable mixing at possibly low drag …

Pressure losses and mixing in vibrating channels were analysed. The vibrations in the form
of long-wavelength travelling waves were considered. Significant reduction of pressure …

Regulation of fluid flow by deformations of the surrounding elastic structure is observed in
many natural and artificial system, such as in the cardiovascular system. As the first step to …

Flow in a longitudinally grooved channel is analysed with the primary objective of
quantifying intensification of transport mechanism due to the onset of secondary flows …

Flow in a finite-width rectangular duct with a corrugated top-bottom wall has been studied.
The primary goal is to establish geometries that allow early flow destabilization at a possibly …

The paper is devoted to the studies of viscous flows caused by a vibrating boundary. The
fluid domain is a half‐space, its boundary is a nondeformable plane that exhibits purely …