Dr Linzi E. Amers-Dodd

Category: Fluid Flow in Tubes

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    L.E. Dodd, N. Geraldi, B. Xu, G. Wells, S. Simone-Cole, J. Martin, M. Newton, G. McHale and D. Wood, “Low friction droplet transportation on a substrate with a selective Leidenfrost effect” ACS Applied Materials and Interfaces, August 2016, DOI: 10.1021/acsami.6b06738.

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    L.E. Dodd, N. Geraldi, B. Xu, G. Wells, S. Simone-Cole, J. Martin, M. Newton, D. Wood and G. McHale, “Selective Leidenfrost Effect with Micron Scaled Heaters”, HT/FE/ICNMM Conference, Washington, 10-14 July 2016, (oral presentation).

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    N.R. Geraldi, G. McHale, B. Xu, G.G. Wells, L.E. Dodd, D. Wood, M.I. Newton. “Leidenfrost transition temperature for stainless steel meshes” Materials Letters, vol. 176, pp. 205-208, August 2016, DOI: 10.1016/j.matlet.2016.04.124.

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    N. Geraldi, L.E. Dodd, B. Xu, G. Wells, S. Simone-Cole, J. Martin, M. Newton, D. Wood and G. McHale, “Leidenfrost Generation Using Non-Uniform Heat Profiles”, Droplets 2015, The Netherlands, 6-8 October 2015, paper P90 (poster presentation).

  • Leidenfrost Effect

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    A very interesting phenomenon, which involves heating a water droplet significantly past its boiling point, beyond which the droplet does not evaporate, but is instead supported on the vapour which is locally formed below the liquid.

  • Lubricating Channel and Tube Flows

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    Linzi’s newest project will involve optimising the internal surface of pipes to improve fluid flow.  This is a 3 year EPSRC project, and will take place under the guidance of Prof. David Wood and in collaboration with Northumbia and Nottingham Trent Universities