## Leapfrogging for Euler equationsAdd to your list(s) Download to your calendar using vCal - Monica Musso, University of Bath
- Monday 24 October 2022, 15:00-16:00
- WATN-LT C (G24).
If you have a question about this talk, please contact Yuzhao Wang. We consider the Euler equations for incompressible fluids in 3-dimension. A classical question that goes back to Helmholtz is to describe the evolution of vorticities with a high concentration around a curve. The work of Da Rios in 1906 states that such a curve must evolve by the so-called “binormal curvature flow”. Existence of true solutions whose vorticity is concentrated near a given curve that evolves by this law is a long-standing open question that has only been answered for the special case of a circle travelling with constant speed along its axis, the thin vortex-rings. In this talk I will discuss the construction of helical filaments, associated to a translating-rotating helix, and of two vortex rings interacting between each other, the so-called leapfrogging. The results are in collaboration with J. Davila (U. of Bath), M. del Pino (U. of Bath) and J. Wei (U. of British Columbia). This talk is part of the Analysis seminar series. ## This talk is included in these lists:Note that ex-directory lists are not shown. |
## Other listsCentre for Systems Biology Coffee Mornings Theoretical computer science seminar Theoretical Physics Seminars## Other talksTowards Efficient and Robust Data-Driven Optimization Seminar The percolating cluster is invisible to image recognition with deep learning [Seminar]: Two easy three-body problems [Friday seminar]: Irradiated brown dwarfs in the desert Signatures of structural criticality and universality in the cellular anatomy of the brain |