This synopsis presents the state‐of‐the‐art of peristaltic pump systems in biomimetics and
living nature, and allows for a comparison by highlighting the differences in structure and …

A microfluidic pumping flow model driven by electro-osmosis mechanisms is developed to
analyze the flow characteristics of aqueous electrolytes. The pumping model is designed …

Numerical simulation and theoretical solution for the electro-osmotic pumping flow of
electrolyte solution in a microchannel with squeezing and charged walls are developed in …

A pumping flow model in a microchannel with a single attached membrane subjected to
propagative contraction is presented in this article. The lubrication theory is used to …

This study investigated the effect of the serial connection of two pumping chambers on
transport of liquid with increased viscosity. A serially connected valveless piezoelectric …

A novel magnetohydrodynamics (MHD)-based pumping flow model is proposed to study the
magnetic property in transient flow of viscous fluids through finite length channel where the …

We discuss bioinspired pumping mechanism in a microfluidic configuration, consistent with
the newly formulated propagative rhythmic contraction–expansion of a membrane attached …

Mechanical loading-induced fluid flow in lacunar–canalicular space (LCS) of bone excites
osteocyte cells to release signalling molecules which initiate osteo-activities. Theoretical …

A linear viscoplastic fluid model is considered to analyze the viscoplastic effects in
membrane-based pumping flow through the microchannel in mathematical framework. The …

This study investigates the effects of slip boundary conditions on the electroosmotic flow of
an electrolyte solution in a microchannel with a squeezing upper wall and a charged lower …