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 …

This paper reviews the development of valveless piezoelectric pump with cone-shaped tube
chronologically, which have widely potential application in biomedicine and micro-electro …

Piezoelectric ultrasonic micro blowers are increasingly used in various applications because
of their compact size and energy efficiency. In this work, the dynamic performance …

Piezoelectric-actuated micropumps have been introduced to generate small-scale flow rates
of fluids for intricate applications requiring accurate and controlled flow. The performance of …

This paper focuses on a new structure in the valveless piezoelectric pump, which has a
combination structure of the conical flow channel and two fishtail-shaped bluffbodies in the …

This paper is concerned with the thermo-electro-dynamic modeling of a novel micro fuel
delivery system (MFDS) that is accurate, low cost and ecofriendly. To avoid the use of brittle …

The paper reports the first study on the backpressure of a valveless electromagnetic
micropump using the volume-of-fluid (VOF) technique and open-source code OpenFOAM …

Several methods are explored for the thermal management of highly packed electronic
systems. A forced convection setup called micro-blower is an effective solution for the …

An experimental and 3D numerical study of gaseous slip flow through a converging
microchannel is presented in this paper. The measurements reported are with nitrogen gas …

A reciprocating single-chamber micropump is designed and experimentally tested. The
actuation technique of the pump is based on Lorentz force acting on an array of low-weight …