Numerical simulation of Stokes flow by Matt Finn, see Finn, M., Cox, S. & Byrne, H.,
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Mixing in Multiconnected Planar Domains FM22L\_ 12442 Philip Boyland Mathematics, University of Florida August, 2004
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Mixing in Multiconnected Planar Domains FM22L\_ 12442 Philip Boyland Mathematics, University of Florida August, 2004. PseudoAnosov. Finite Order. Numerical simulation of Stokes flow by Matt Finn, see Finn, M., Cox, S. & Byrne, H., - PowerPoint PPT Presentation
Transcript of Numerical simulation of Stokes flow by Matt Finn, see Finn, M., Cox, S. & Byrne, H.,
Mixing in Multiconnected Planar DomainsFM22L\_ 12442
Philip Boyland
Mathematics, University of Florida August, 2004
Numerical simulation of Stokes flow by Matt Finn, see Finn, M., Cox, S. & Byrne, H., “Topological chaos in inviscid and viscous mixers”, J. Fluid Mech., 493, 345--361, 2003.
PseudoAnosov Finite Order
Experiment by Mark Stremler, see Boyland, P., Aref, H. and Stremler, M., Topologicalfluid mechanics of stirring, J. Fluid Mech., 403, 277--304, 2000.
PseudoAnosov Finite Order
Initial state
Experiment by Mark Stremler, see Boyland, P., Aref, H. and Stremler, M., Topologicalfluid mechanics of stirring, J. Fluid Mech., 403, 277--304, 2000.
PseudoAnosov Finite Order
1 iterate
Experiment by Mark Stremler, see Boyland, P., Aref, H. and Stremler, M., Topologicalfluid mechanics of stirring, J. Fluid Mech., 403, 277--304, 2000.
PseudoAnosov Finite Order
2 iterates
Experiment by Mark Stremler, see Boyland, P., Aref, H. and Stremler, M., Topologicalfluid mechanics of stirring, J. Fluid Mech., 403, 277--304, 2000.
PseudoAnosov Finite Order
9 iterates
