Steady vortices for the three-dimensional Euler equation for inviscid incompressible flows and for the shallow water equation are constructed and showed to tend asymptotically to singular vortex filaments. The construction is based on the asymptotic study of solutions to a semilinear elliptic problem
AbstractIn this paper, we first establish a strong convergence criterion of approximate solutions fo...
The use of a modified scheme for the dynamics of vortex singularities is shown to lead to a weak sol...
One of the outstanding open questions in modern applied mathematics is whether solutions of the inco...
We study the existence of stationary classical solutions of the incompressible Euler equation in the...
We study the growth of disturbances to vortex rings with swirl, which are exact solutions of the Eul...
We construct a family of steady solutions of the lake model perturbed by some small Coriolis force, ...
AbstractWe present a method for calculating the asymptotic shape of interacting vortex filaments in ...
A classical problem in fluid dynamics concerns the interaction of multiple vortex rings sharing a co...
We consider the two-dimensional Euler flow for an incompressible fluid confined to a smooth domain. ...
The evolution of single elliptic vortex rings for initial aspect ratio (AR) = 2,4,6 has been studied...
Abstract. In this paper, we construct stationary classical solutions of the incompress-ible Euler eq...
The 3D Euler equations, precisely local smooth solutions of class H s with s> 5 / 2 are obtained ...
We study a variation of the two-dimensional Euler's equations known as the lake model, where the top...
AbstractIn this paper, we obtain a bidimensional shallow water model with polynomial dependence on d...
We study the interplay between the local geometric properties and the non-blowup of the 3D incompres...
AbstractIn this paper, we first establish a strong convergence criterion of approximate solutions fo...
The use of a modified scheme for the dynamics of vortex singularities is shown to lead to a weak sol...
One of the outstanding open questions in modern applied mathematics is whether solutions of the inco...
We study the existence of stationary classical solutions of the incompressible Euler equation in the...
We study the growth of disturbances to vortex rings with swirl, which are exact solutions of the Eul...
We construct a family of steady solutions of the lake model perturbed by some small Coriolis force, ...
AbstractWe present a method for calculating the asymptotic shape of interacting vortex filaments in ...
A classical problem in fluid dynamics concerns the interaction of multiple vortex rings sharing a co...
We consider the two-dimensional Euler flow for an incompressible fluid confined to a smooth domain. ...
The evolution of single elliptic vortex rings for initial aspect ratio (AR) = 2,4,6 has been studied...
Abstract. In this paper, we construct stationary classical solutions of the incompress-ible Euler eq...
The 3D Euler equations, precisely local smooth solutions of class H s with s> 5 / 2 are obtained ...
We study a variation of the two-dimensional Euler's equations known as the lake model, where the top...
AbstractIn this paper, we obtain a bidimensional shallow water model with polynomial dependence on d...
We study the interplay between the local geometric properties and the non-blowup of the 3D incompres...
AbstractIn this paper, we first establish a strong convergence criterion of approximate solutions fo...
The use of a modified scheme for the dynamics of vortex singularities is shown to lead to a weak sol...
One of the outstanding open questions in modern applied mathematics is whether solutions of the inco...