- Abstract:
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We present a mathematical model for the drainage of a surfactant-stabilised foam lamella, including capillary, Marangoni and viscous effects and allowing for diffusion, advection and adsorption of the surfactant molecules. We use the slender geometry of a lamella to formulate the model in the thin-film limit and perform an asymptotic decomposition of the liquid domain into a capillary-static Plateau border, a time-dependent thin film and a transition region between the two. By solving a qua...
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- Publication date:
- 2002
- URN:
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uuid:68f947a0-ff14-4dce-bc9f-6d1329801426
- Local pid:
- oai:eprints.maths.ox.ac.uk:116
- Copyright date:
- 2002
Journal article
The drainage of a foam lamella
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