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CFD analysis of geometric parameters that affect dean flow in a helical microchannel
2014
Journal of the Korean Society of Marine Engineering
Due to the presence of Dean flow in curved ducts, helical channels have drawn attention recently because of the practical industrial applications. The manipulation of fluids through microfluidic devices is widely used in many scientific and industrial areas. In the present study, numerical simulations were performed on a helical microchannel to predict the impact of different design parameters that affect Dean flow. Important geometric parameters such as the channel cross section, pitch, radius
doi:10.5916/jkosme.2014.38.10.1269
fatcat:w26a3lyydrggdkfyqw4uce5drm