Extended large-Q Potts model simulation of foam drainage

@inproceedings{GlazierExtendedLP,
  title={Extended large-Q Potts model simulation of foam drainage},
  author={James A. Glazier}
}
We study the vertical liquid profile of foam drainage using the threedimensional large-Q Potts model extended to include gravity. Forced drainage with constant-rate liquid input from the top of the foam produces a constant profile. In free drainage, without liquid input from the top, homogeneously distributed liquid drains to the bottom of the foam until capillary effects and gravity balance. For pulsed drainage, as liquid drains from the top of the foam into the dry foam, a sharp interface… CONTINUE READING
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