Materials Science and Nanotechnology

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Materials Science and Nanotechnology 44 7897 074717

Vortex Ring Formation New Open Access Journals

As discovered by the detect discussed above, at low grid velocities, small vortex rings are release which travels ballistically away from the grid region, and with growing grid velocity, the discharge ring density increases. Eventually, the emitted ring density will become so high that the rings can no longer remain self-reliant. When two rings collide, a larger loop may form, and being larger, it will move at a lower velocity and thus will be more likely to collide with advance rings. This will lead to a cascade process in which impinge on and reconnections suddenly make a vortex tangle which can only discharge on much longer timescales. This scenario informs the unexpected transition observed in the decay data of Figures.

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