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• W2062743114 abstract "Controlling the shape of fluid streams is important across scales: from industrial processing to control of biomolecular interactions. Previous approaches to control fluid streams have focused mainly on creating chaotic flows to enhance mixing. Here we develop an approach to apply order using sequences of fluid transformations rather than enhancing chaos. We investigate the inertial flow deformations around a library of single cylindrical pillars within a microfluidic channel and assemble these net fluid transformations to engineer fluid streams. As these transformations provide a deterministic mapping of fluid elements from upstream to downstream of a pillar, we can sequentially arrange pillars to apply the associated nested maps and, therefore, create complex fluid structures without additional numerical simulation. To show the range of capabilities, we present sequences that sculpt the cross-sectional shape of a stream into complex geometries, move and split a fluid stream, perform solution exchange and achieve particle separation. A general strategy to engineer fluid streams into a broad class of defined configurations in which the complexity of the nonlinear equations of fluid motion are abstracted from the user is a first step to programming streams of any desired shape, which would be useful for biological, chemical and materials automation. A versatile strategy is needed to engineer fluid streams in channels for different purposes. Amini et al.develop an approach to decompose complicated fluid motion into an ensemble of fluid transformations around individual cylindrical pillars, which allows control without simulations." @default.
• W2062743114 created "2016-06-24" @default.
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• W2062743114 date "2013-05-07" @default.
• W2062743114 modified "2023-09-29" @default.
• W2062743114 title "Engineering fluid flow using sequenced microstructures" @default.
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• W2062743114 doi "https://doi.org/10.1038/ncomms2841" @default.
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