Julia Yeomans OBE FRS: Publications

Modelling receding contact lines on superhydrophobic surfaces

(2010)

Authors:

BM Mognetti, JM Yeomans

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Lévy Fluctuations and Tracer Diffusion in Dilute Suspensions of Algae and Bacteria

(2010)

Authors:

Irwin M Zaid, Jörn Dunkel, Julia M Yeomans

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Complex dynamics of knotted filaments in shear flow

(2010)

Authors:

R Matthews, AA Louis, JM Yeomans

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Swimmer-tracer scattering at low Reynolds number

(2010)

Authors:

Jörn Dunkel, Victor B Putz, Irwin M Zaid, Julia M Yeomans

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Lattice boltzmann simulations of wetting and drop dynamics

Understanding Complex Systems 2010 (2010) 241-274

Authors:

H Kusumaatmaja, JM Yeomans

Abstract:

Recently there has been a huge effort in the scientific community to miniaturise fluidic operations to micron and nanoscales [1]. This has changed the way scientists think about fluids, and it potentially has far-reaching technological implications, analogous to the miniaturization of electronics. The goal is to engineer "lab on a chip" devices, where numerous biological and chemical experiments can be performed rapidly, and in parallel, while consuming little reagent. © 2010 Springer-Verlag Berlin Heidelberg.

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Julia Yeomans OBE FRS

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Modelling receding contact lines on superhydrophobic surfaces

Authors:

Lévy Fluctuations and Tracer Diffusion in Dilute Suspensions of Algae and Bacteria

Authors:

Complex dynamics of knotted filaments in shear flow

Authors:

Swimmer-tracer scattering at low Reynolds number

Authors:

Lattice boltzmann simulations of wetting and drop dynamics

Authors:

Abstract:

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Julia Yeomans OBE FRS

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Modelling receding contact lines on superhydrophobic surfaces

Authors:

Lévy Fluctuations and Tracer Diffusion in Dilute Suspensions of Algae and Bacteria

Authors:

Complex dynamics of knotted filaments in shear flow

Authors:

Swimmer-tracer scattering at low Reynolds number

Authors:

Lattice boltzmann simulations of wetting and drop dynamics

Authors:

Abstract: