Simulation of electrochemical MHD induced flow in a microfluidic cell without channels

by Sen, Debamoy; Isaac, K. M.; Leventis, Nick; Fritsch, Ingrid

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Numerical simulations of electrochemical magnetohydrodynamics (ECMHD) in a microfluidic cell without channels and having four floor-mounted microband electrodes were performed. Capabilities of the present simulations not available in simulations using other software platforms are highlighted. High resolutions results of the three-dimensional transient simulations are presented with special emphasis on the flow features. The flow field results demonstrate the feasibility of using electrode voltage biasing as a suitable parameter for flow control. Copyright 2011 by Kakkattukuzhy Mathai Isaac.

Conference
6th AIAA Theoretical Fluid Mechanics Conference
Year
2011