Tag: microfluidics

New research accurately simulates flow patterns in complex geometrical structures

Article by Dora Olah, final year undergraduate student in the Department of Chemical Engineering

A new method of simulating fluid flow in unusual pipe structures can pave the way for manufacturing better microfluidic devices. In a new paper, published in Microfluidics and Nanofluidics, researchers from Imperial have used a new way of simulating flow in a cross-junction. They constructed the junction using a combination of simple geometries, such as tori and cylinders, to have a resulting structure which involves oblong-shaped pipes and a thinning cylindrical cross-junction.

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