4 citations · 4 across the 7 of their papers we have counts for
8 papers
On the upper bound for the vorticity growth of bi-rotational Euler flows without swirl
Khakim Egamberganov, Deokwoo Lim
For , we consider incompressible Euler flows in with bi-rotational symmetry and without swirl. Our first result gives the local wellposedness of the Yudov…
Support growth of vorticity for bi-rotational Euler flows in high dimensions
In-Jee Jeong, Deokwoo Lim
We study incompressible Euler equations in with under bi-rotational symmetry without swirl, which reduces the Euler equations to a scalar vorticity advecti…
On the optimal rate of vortex stretching for axisymmetric Euler flows without swirl
Deokwoo Lim, In-Jee Jeong
For axisymmetric flows without swirl and compactly supported initial vorticity, we prove the upper bound of for the growth of the vorticity maximum, which was conjectured…
On global regularity of some bi-rotational Euler flows in
Kyudong Choi, In-Jee Jeong, Deokwoo Lim
In this paper, we consider incompressible Euler flows in under bi-rotational symmetry, namely solutions that are invariant under rotations in fi…
Global regularity of some axisymmetric, single-signed vorticity in any dimension
Deokwoo Lim
We consider incompressible Euler equations in any dimension imposing axisymmetric symmetry without swirl. While the global regularity of smooth flows in this setting has…
Global regularity for some axisymmetric Euler flows in
Kyudong Choi, In-Jee Jeong, Deokwoo Lim
We consider axisymmetric Euler flows without swirl in with , for which the global regularity of smooth solutions is an open problem. When , we obta…
Stability of monotone, non-negative, and compactly supported vorticities in the half cylinder and infinite perimeter growth for patches
Kyudong Choi, In-Jee Jeong, Deokwoo Lim
We consider the incompressible Euler equations in the half cylinder . In this domain, any vorticity which is independent of defines a statio…
Stability of radially symmetric, monotone vorticities of 2D Euler equations
Kyudong Choi, Deokwoo Lim
We consider the incompressible Euler equations in when the initial vorticity is bounded, radially symmetric and non-increasing in the radial direction. Such a radial distribu…