Serafim Bakalis
School of Chemical Engineering
University of Birmingham, UK
personal webpage
  • Research interests related to SIG: experimental and numerical analysis of cleaning phenomena.
  • Relevant activities: flow in domestic cleaning operations, convective mass transfer.
Mike Baines
School of Mathematical Physical and Computational Sciences
University of Reading, UK
personal webpage
  • Research interests related to SIG: physical and numerical modelling in environmental and nano fluids.
  • Relevant activities: computational modelling of porous media. Moving boundary problems. Moving mesh methods. Application to spreading liquids and contamination.
Chris Breward
Mathematical Institute
University of Oxford, UK
personal webpage
  • Research interests related to SIG: mathematical modelling of industrial processes.
  • Relevant activities: fluid mechanics and mass transport of agents and cleansers in porous media.
John Chew
Department of Chemical Engineering
University of Bath, UK
personal webpage
  • Research interests related to SIG: fluid dynamics in domestic and industrial cleaning.
  • Relevant activities: computational modelling of cleaning with bubbles; estimation of yield stress of soft solids using computational fluid dynamics.
Rob Chilcott
School of Life and Medical Sciences
University of Hertfordshire, UK
personal webpage
  • Research interests related to SIG: chemical decontamination.
  • Relevant activities: various in vitro, in vivo, human volunteer and structural models for evaluating decontamination methods.
Stuart Clarke
BP Institute and Department of Chemistry
University of Cambridge, UK
personal webpage
  • Research interests related to SIG: experimental surface, interface and colloid science.
  • Relevant activities: surfactant behaviour, measurement of surface chemistry.
Stuart Dalziel
Department of Applied Mathematics and Theoretical Physics
University of Cambridge, UK
personal webpage
  • Research interests related to SIG: experimental fluid mechanics.
  • Relevant activities: film flow, impinging jet, convective mass transfer from a drop to film flow at surfaces and in capillary fractures.
Merlin Etzold
Department of Applied Mathematics and Theoretical Physics
University of Cambridge, UK
personal webpage
  • Research interests related to SIG: chemical decontamination of building materials.
  • Relevant activities: experiments and simulations of the decontamination process in material fractures.
Walter Federle
Department of Zoology
University of Cambridge, UK
personal webpage
  • Research interests related to SIG: animal and plant biomechanics.
  • Relevant activities: bio-adhesion, self-cleaning, anti-adhesive ultra-hydrophobic or superhydrophilic surfaces in nature, biomechanics of insect cleaning structures.
Nik Kapur
School of Mechanical Engineering
University of Leeds, UK
personal webpage
  • Research interests related to SIG: fluid mechanics of manufacturing processes.
  • Relevant activities: experimental and computational studies of jets and droplets. Rheology of soft solid materials including industrially relevant polymer and waxes.
Andrew Lacey
School of Mathematical and Computer Sciences
Heriot-Watt University, UK
personal webpage
  • Research interests related to SIG: industrial fluid mechanics.
  • Relevant activities: mathematical modelling of thin-film flow, of flow in porous media, and of diffusion processes.
Julien Landel
School of Mathematics
University of Manchester, UK
personal webpage
  • Research interests related to SIG: environmental and industrial fluid mechanics (mathematical and experimental modelling).
  • Relevant activities: film flow, impinging jet, convective mass transfer from a drop to film flow at surfaces and in capillary fractures.
Julien Landel
School of Mathematics
University of Manchester, UK
personal webpage
  • Research interests related to SIG: environmental and industrial fluid mechanics (mathematical and experimental modelling).
  • Relevant activities: film flow, impinging jet, convective mass transfer from a drop to film flow at surfaces and in capillary fractures.