Kilani M.I. – TechConnect Briefs

Gentle Micropump based on Microelectromagnetic Actuator

Al-Halhouli A.T., Büttgenbach S., Kilani M.I., Waldschik A., Technische Universität Braunschweig, DE

This work presents the fabrication and development of a new multifunction micropump based on integrated electromagnetic microactuator. The novel design consists of a fluidic chip, two microfabricated polymer magnets and chip cover. These components form [...]

Surface Micromachined Viscous Spiral Pump

Chen C-J., Galambos P.G., Haik Y., Kilani M.I., Florida State University, US

This paper introduces a new viscous micropump produced using surface micromachining technology. The pump consists of a disk with a spiral protrusion that rotates at a close proximity over a stationary plate. Fluid contained in [...]

Rectilinear Dynamics of Magnetically Driven Microsystems

Chen C-J., Haik Y., Kilani M.I., Pai V., FAMU-FSU College of Engineering, US

The dynamic behavior of magnetically driven microsystems is investigated in this study. An experimental setup designed to simulate the dynamic response of a micro-roller element moving in rectilinear path under influence of an external magnetic [...]