Fluid Mechanics of Cleaning and Decontamination
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  • Home
  • Programme
    • Upcoming and Past Meetings
    • Webinars
    • Related Conferences
  • Activities
  • Group Members
  • Resources

2019 Summer Meeting - University of Oxford

  • Dates: Monday 8th July 2019, 12pm - 6pm, and Tuesday 9th July, 9am - 2pm.
  • Location: Mathematical Institute, University of Oxford

Materials presented at the meeting

  • Meeting programme
  • Modelling the cleaning of viscoplastic soil layer by coherent impinging liquid jets by Rubens Rosario Fernandez (University of Cambridge)
  • Whirling and swirling pipe cleaning methods by Alex Jenkins (Sellafield Ltd)
  • Some insight into the origin of the thin film hydraulic jumps by Rajesh Bhagat (University of Cambridge)
  • Homogenisation of models for reactive decontamination in porous media by Ellen Luckins (University of Oxford)
  • Modelling decontamination of two-dimensional spills by Oliver Whitehead (University of Oxford)
  • Residue removal by surface reactions: theory and experiments by Cameron Hall (University of Bristol)
  • Microfiltration with Smart Separations Membranes by Enrique Ruiz-Trejo (Smart Separations)
  • 3D-Printed Fouling-resistance Composite Membranes by Saeed Mazinani (University of Bath)
  • Experimental study of the coupling mechanism of kinetic and thermal impacts of Rayleigh SAW on microdroplet by Mubbashar Mehmood (Heriot-Watt University)
  • Non-Newtonian Multiphase Displacement in Microchannels by Billy Seng Hoe Hue (University College London)
  • Cleaning contaminant drops in narrow gaps and cracks using advection-diffusion mass transfer by Arnaud Tilloy (University of Manchester)
  • Water purification for developing countries by Ian Griffiths (University of Oxford)
  • Stochastic Modelling of Sieving by Binan Gu (New Jersey Institute of Technology)
  • 3D Printed Fouling-resistant Composite Membrane by John Chew (University of Bath)
  • A few cleaning challenges in domestic appliances by Antonio D'Ammaro (Beko Plc)
  • Diffusion in periodic porous media: the large deviation regime by Alexandra Tzella (University of Birmingham)
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