Onset of Küppers-Lortz spatio-temporal chaos
in finite cylinders
Rubio, A., Lopez, Juan M. and Marques, F.
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| Movie 1. | Movie 2. | Movie 3. |
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Movie 1. This movie corresponds to figure 5(a) in the paper.
Shown are isosurfaces of the temperature perturbation at
Θ=+/- 0.005 for a solution with Ra=2372,
Ω0=19.7, σ=4.5,
γ=11.8 & Fr=0. Here 76,500 viscous times
are shown at a rate of 4,500 viscous times per second.
Movie 2. This movie corresponds to figure 5(b) in the paper.
Shown are isosurfaces of the temperature perturbation at
Θ=+/- 0.005 for a solution with Ra=2373,
Ω0=19.7, σ=4.5,
γ=11.8 & Fr=0. Here 95,400 viscous times
are shown at a rate of 4,500 viscous times per second.
Movie 3. This movie corresponds to figure 5(c) in the paper.
Shown are isosurfaces of the temperature perturbation at
Θ=+/- 0.005 for a solution with Ra=2374,
Ω0=19.7, σ=4.5,
γ=11.8 & Fr=0. Here 130,050 viscous times
are shown at a rate of 4,500 viscous times per second.
| Movie 4. | Movie 5. |
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Movie 4. This movie corresponds to figure 13(b) in the paper.
Shown are isosurfaces of the temperature perturbation at
Θ=+/- 5ε for a solution with Ra=2390,
Ω0=19.7, σ=4.5
& γ=11.8 and Fr=8.82 x 10-3.
Here 47250 viscous times are shown at a rate of 6750
viscous times per second.
Movie 5. This movie corresponds to figure 13(c) in the paper
over a time span indicated by box C in figure 14.
Shown are contour levels of the temperature perturbation at
Θ=+/- 5ε for a solution with Ra=2400,
Ω0=19.7, σ=4.5
& γ=11.8 and Fr=8.82 x 10-3.
Here 47250 viscous times are shown at a rate of 6750
viscous times per second.
| Movie 6. | Movie 7. | Movie 8. |
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Movie 6. This movie corresponds to figure 13(d) in the paper
over a time span indicated by box A in figure 14.
Shown are isosurfaces of the temperature perturbation at
Θ=+/- 5ε for a solution with Ra=2420,
Ω0=19.7, σ=4.5
& γ=11.8 and Fr=8.82 x 10-3.
Here 4050 viscous times are shown at a rate of 135
viscous times per second.
Movie 7. This movie corresponds to figure 13(d) in the paper
over a time span indicated by box B in figure 14.
Shown are contour levels of the temperature perturbation at
Θ=+/- 5ε for a solution with Ra=2420,
Ω0=19.7, σ=4.5
& γ=11.8 and Fr=8.82 x 10-3.
Here 4050 viscous times are shown at a rate of 135
viscous times per second.
Movie 8. This movie corresponds to figure 5(f) in the paper
over a time span indicated by box A in figure 7.
Shown are isosurfaces of the temperature perturbation at
Θ=+/- 5ε for a solution with Ra=2420,
Ω0=19.7, σ=4.5
& γ=11.8 and Fr=0.
Here 4050 viscous times are shown at a rate of 135
viscous times per second.