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Drops: Collision, Merging and Interactions

ORAL · G39 · ID: 1767289

Presentations

  • Binary collision of dissimilar viscosity drops

    ORAL

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    Publication: Deka H., Biswas G., and Bora B. J., Head-On Collision of Dissimilar Viscosity Drops, Langmuir 2023, 39, 23, 8130–8140

    Presenters

    • Hiranya Deka

      Indian Institute of Technology Dharwad

    Authors

    • Hiranya Deka

      Indian Institute of Technology Dharwad

    • Gautam Biswas

      Indian Institute of Technology Kanpur, India

    • Bhaskar J Bora

      Energy Institute Bengaluru, Centre of Rajiv Gandhi Institute of Petroleum Technology, Bengaluru, Karnataka 560064, India

    View abstract →

  • Computational Modelling of Drop-Drop Collisions in the Presence of Gas Microfilms: When Do Drops Bounce?

    ORAL

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    Publication: James Sprittles, Gas Microfilms in Droplet Dynamics: When Do Drops Bounce? (Submitted to Annual Review of Fluid Mechanics)<br><br>Peter Lewin-Jones, James Sprittles, Duncan Lockerby, Computational Modelling of Drop-Drop Collisions in the Presence of Gas Microfilms: When Do Drops Bounce? (In Preparation)

    Presenters

    • Peter Lewin-Jones

      University of Warwick

    Authors

    • Peter Lewin-Jones

      University of Warwick

    • James E Sprittles

      University of Warwick

    • Duncan Lockerby

      University of Warwick

    View abstract →

  • Mixing dynamics between inkjet-printed droplets

    ORAL

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    Presenters

    • Yatin Darbar

      University of Leeds

    Authors

    • Yatin Darbar

      University of Leeds

    • Thomas C Sykes

      University of Oxford

    • David Harbottle

      University of Leeds

    • Harvey Thompson

      University of Leeds

    • Mark CT Wilson

      University of Leeds

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  • Macroscopic wave-particle localization in disordered media

    ORAL

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    Presenters

    • Pedro J Saenz

      University of North Carolina at Chapel Hill

    Authors

    • Pedro J Saenz

      University of North Carolina at Chapel Hill

    • Abel Abraham

      University of North Carolina at Chapel Hill

    • Frane Ljubetic

      University of North Carolina at Chapel Hill

    • Stepan Malkov

      University of North Carolina at Chapel Hill

    • Matthew Durey

      University of Glasgow

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  • Mechanism for in-line speed oscillations in pilot-wave hydrodynamics

    ORAL

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    Publication: A. M. Blitstein, R. R. Rosales, P. J. Saenz. Minimal Quantization Model in Pilot-Wave Hydrodynamics. (Submitted to PRL); Future papers in preparation.

    Presenters

    • Austin M Blitstein

      University of North Carolina at Chapel Hill

    Authors

    • Austin M Blitstein

      University of North Carolina at Chapel Hill

    • Rodolfo R Rosales

      Massachusetts Institute of Technology MIT

    • Pedro J Saenz

      University of North Carolina at Chapel Hill

    View abstract →