This paper presents a review of the current state-of-the-art in micropumping technology for
biomedical applications. The review focuses particularly on the actuation schemes, flow …

Piezoelectric pumps have obtained considerable significance and have become the focus
area of research for biomedicine, fuel supply, liquid cooling, chemistry and precision driving …

Piezoelectric pump design is regarded as a hot research topic in the microfluidic field, and
has been applied in liquid cooling, precision machinery and other relevant domains. The …

Micropump is an important component of the microfluidic field and has been applied in many
fields, such as electronic cooling, medicine and chemistry. Micropumps using piezoelectric …

A pumping flow model induced by propagative and non-propagative wall contraction is
presented to examine the pumping and flow characteristics. A couple stress fluid model is …

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 …

Due to the advantages of small size, low power consumption and price, no wear, and
reliable performances of valve-less piezoelectric pumps, which academics have studied and …

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 …

Piezoelectric actuator-driven valveless pump has been studied for a long time in theory and
structure for the features of high precision, fast response, low power consumption, compact …

The characteristics of a thickness-vibration-mode PZT transducer for acoustic micropumps
are evaluated with a U-shaped tube structure. The phenomenon in which the height of the …