Nonlinear Sciences – Chaotic Dynamics
Scientific paper
2007-11-26
Nonlinear Sciences
Chaotic Dynamics
13 pages, 27 figures. PDFLaTeX with RevTeX4 macros. To appear in proceedings of the conference on "Chaos, Complexity, and Tran
Scientific paper
When a shallow layer of inviscid fluid flows over a substrate, the fluid particle trajectories are, to leading order in the layer thickness, geodesics on the two-dimensional curved space of the substrate. Since the two-dimensional geodesic equation is a two degree-of-freedom autonomous Hamiltonian system, it can exhibit chaos, depending on the shape of the substrate. We find chaotic behaviour for a range of substrates.
Kamhawi Khalid
Thiffeault Jean-Luc
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