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

The purpose of this paper is to present an overview of problems and some research gaps for
better understanding of piezoelectric micropump studies. Micropumps have important and …

In this paper, we propose a new method to use cost-effective multi-sheet off-the-shelf
piezoelectric material (eg PZT) as an actuator for micropumps. Instead of one customized …

This paper presents the dynamical model involved with load of fluid pressure, electric-solid
coupling simulation and experimental performance of the piezoelectric diaphragm fabricated …

A theoretical solution is formulated to analyze the vibration behaviors of circular diaphragm-
type piezoactuators based on the Hamilton's principle and Rayleigh-Ritz method, which are …

Advancements in wearable technology and lab-on-chip devices necessitate improved
integrated microflow pumps with lower driving voltages. This study examines a piezoelectric …

In the conventional mechanical micropumps, the motion from one component (such as gear
or diaphragm) produces pressure difference, which is needed to move fluid. In this paper …

Microfluidic-based techniques have been shown to address limitations of reconfigurable
radio frequency (RF) antennas and filters in efficiency, power handling capability, cost, and …

The impacts of electro-mechanic-fluid parameters on the transverse deflection behavior of
the silicone-based piezoelectric diaphragm (SPD) with translational and rotational elastic …

This paper presents the diaphragm displacement analysis of multi-layered circular
piezoelectric actuator (MCPA) using analytical, numerical and experimental methods. The …