This archive contains the raw data and the original code described in the manuscript "Dynamics of mono- and poly-disperse two-dimensional foams flowing in an obstructed channel", submitted in 2020 to Journal of Fluid Mechanics by Thales Carl Lavoratti, Sascha Heitkam, Uwe Hampel, and Gregory Lecrivain. The archive contains the following data:
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C++ code used to simulate the foam dynamics and create the raw data (petsc.tar.gz)
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selected raw data in petsc format. The mono-disperse scenarios V125.tar.gz, V200.tar.gz, V250.tar.gz, V350.tar.gz correspond to the gas fractions \varepsilon = 0.44, 0.68, 0.83, and 0.99, respectively. The poly-disperse scenarios V125r.tar.gz, V200r.tar.gz, V250r.tar.gz, V350r.tar.gz correspond to the gas fractions 0.44, 0.69, 0.84, and 0.99, respectively
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bash and python scripts used to create bubble contours from the petsc raw data (scripts.tar.gz)
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extracted bubble contours (contours.tar.gz)
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python codes used to make figures and animations (figures.tar.gz)
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Mathematica notebook testing the wall potential f(\phi_w) = 0 (potential.nb)
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manuscript data (manuscript.tar.gz)
For further questions, feel free to contact me (g.lecrivain@hzdr.de).
