Browsing by Author "Spelman, Tamsin A"

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  • Arbitrary axisymmetric steady streaming: Flow, force and propulsion 

    Spelman, Tamsin A; Lauga, Eric Jean-Marie (SpringerJournal of Engineering Mathematics, 2016)
    A well-developed method to induce mixing on microscopic scales is to exploit flows generated by steady streaming. Steady streaming is a classical fluid dynamics phenomenon whereby a time-periodic forcing in the bulk or ...

  • Bubble-based acoustic micropropulsors: active surfaces and mixers. 

    Bertin, Nicolas; Spelman, Tamsin A; Combriat, Thomas; Hue, Hervé; Stéphan, Olivier; Lauga, Eric Jean-Marie; Marmottant, Philippe (Royal Society of ChemistryLab on a chip, 2017-04-04)
    Acoustic micropropulsors present great potential for microfluidic applications. The propulsion is based on encapsulated 20 μm bubbles excited by a contacless ultrasonic transducer. The vibrating bubbles then generate a ...

  • Propulsion of Bubble-Based Acoustic Microswimmers 

    Bertin, Nicolas; Spelman, Tamsin A; Stephan, Olivier; Gredy, Laetitia; Bouriau, Michel; Lauga, Eric Jean-Marie; Marmottant, Philippe (American Physical SocietyPhysical Review Applied, 2015-12-29)
    Acoustic microswimmers present a great potential for microfluidic applications and targeted drug delivery. Here, we introduce armored microbubbles (size range, 10–20 μm) made by three-dimensional microfabrication, which ...