AbstractIn this paper, minimization problems in L1(R3) are considered. These problems arise in astrophysics for the determination of equilibrium configurations of axially symmetric rotating fluids (rotating stars). Under nearly optimal assumptions a minimizer is proved to exist by a direct variational method, which heavily uses the symmetry of the problem in order to get some compactness. Finally, by looking directly at the Euler equation, we give some existence results (of solutions of the Euler equation) even if the infimum is not finite
AbstractWe study a minimization problem in the space W1,10(BR) where BR is the ball of radius R with...
In this paper, we study the steady solutions of Euler-Poisson equations in bounded domains with pres...
We study variational systems for space curves, for which the Lagrangian or action principle has a Eu...
We prove existence of rotating star solutions which are steady-state solutions of the compressible i...
AbstractThe equations for axisymmetric self-gravitating rotating fluid have been studied extensively...
AbstractIn this paper we classify the free boundary associated to equilibrium configurations of comp...
AbstractA variational method is used to study the shape of a self-gravitating fluid mass rotating wi...
We construct a class of global, dynamical solutions to the 3d Euler equations near the stationary st...
AbstractWe implement variational techniques and an implicit function theorem to derive constraints o...
We study 2D Euler equations on a rotating surface, subject to the effect of the Coriolis force, with...
In this paper we study the Lp-Minkowski problem for p=-n-1, which corresponds to the critical expone...
We prove existence of rotating star solutions which are steady-state solutions of the compressible i...
AbstractThe Newtonian N-body problem admits uniformly rotating relative equilibrium solutions in the...
Abstract. The existence of solutions of the equations for a self-gravitating fluid with prescribed a...
We construct a class of global, dynamical solutions to the 3d Euler equations near the stationary st...
AbstractWe study a minimization problem in the space W1,10(BR) where BR is the ball of radius R with...
In this paper, we study the steady solutions of Euler-Poisson equations in bounded domains with pres...
We study variational systems for space curves, for which the Lagrangian or action principle has a Eu...
We prove existence of rotating star solutions which are steady-state solutions of the compressible i...
AbstractThe equations for axisymmetric self-gravitating rotating fluid have been studied extensively...
AbstractIn this paper we classify the free boundary associated to equilibrium configurations of comp...
AbstractA variational method is used to study the shape of a self-gravitating fluid mass rotating wi...
We construct a class of global, dynamical solutions to the 3d Euler equations near the stationary st...
AbstractWe implement variational techniques and an implicit function theorem to derive constraints o...
We study 2D Euler equations on a rotating surface, subject to the effect of the Coriolis force, with...
In this paper we study the Lp-Minkowski problem for p=-n-1, which corresponds to the critical expone...
We prove existence of rotating star solutions which are steady-state solutions of the compressible i...
AbstractThe Newtonian N-body problem admits uniformly rotating relative equilibrium solutions in the...
Abstract. The existence of solutions of the equations for a self-gravitating fluid with prescribed a...
We construct a class of global, dynamical solutions to the 3d Euler equations near the stationary st...
AbstractWe study a minimization problem in the space W1,10(BR) where BR is the ball of radius R with...
In this paper, we study the steady solutions of Euler-Poisson equations in bounded domains with pres...
We study variational systems for space curves, for which the Lagrangian or action principle has a Eu...