AbstractIn this paper we classify the free boundary associated to equilibrium configurations of compressible, self-gravitating fluid masses, rotating with constant angular velocity. The equilibrium configurations are all critical points of an associated functional and not necessarily minimizers. Our methods also apply to alternative models in the literature where the angular momentum per unit mass is prescribed. The typical physical model our results apply to is that of uniformly rotating white dwarf stars
Spherical models of collisionless but quasi-relaxed stellar systems have long been studied as a natu...
This study presents a study of equilibrium points, periodic orbits, stabilities, and manifolds in a ...
International audienceWe present results for 2-dimensional models of rapidly rotating main sequence ...
Abstract. In this paper we classify the free boundary associated to equilib-rium configurations of c...
AbstractIn this paper we classify the free boundary associated to equilibrium configurations of comp...
AbstractThe equations for axisymmetric self-gravitating rotating fluid have been studied extensively...
Aims: Two new families of self-consistent axisymmetric truncated equilibrium models for the descript...
We study a two dimensional system in solid rotation at constant angular velocity driven by a self-co...
We study a three dimensional continuous model of gravitating matter rotating at constant angular vel...
Abstract. The existence of solutions of the equations for a self-gravitating fluid with prescribed a...
Integral equations of Lyapunov type, non-linear systems of equations, astrophysical objects are inve...
A method is proposed to compute equilibrium structures of differentially rotating polytropic stars. ...
We have built quasi-equilibrium models for uniformly rotating quark stars in general relativity. The...
Cataldo has found all rigidly rotating self-gravitating perfect fluid solutions in 2+1 dimensions wi...
We present a method for constructing equilibrium disks with net angular momentum in general relativi...
Spherical models of collisionless but quasi-relaxed stellar systems have long been studied as a natu...
This study presents a study of equilibrium points, periodic orbits, stabilities, and manifolds in a ...
International audienceWe present results for 2-dimensional models of rapidly rotating main sequence ...
Abstract. In this paper we classify the free boundary associated to equilib-rium configurations of c...
AbstractIn this paper we classify the free boundary associated to equilibrium configurations of comp...
AbstractThe equations for axisymmetric self-gravitating rotating fluid have been studied extensively...
Aims: Two new families of self-consistent axisymmetric truncated equilibrium models for the descript...
We study a two dimensional system in solid rotation at constant angular velocity driven by a self-co...
We study a three dimensional continuous model of gravitating matter rotating at constant angular vel...
Abstract. The existence of solutions of the equations for a self-gravitating fluid with prescribed a...
Integral equations of Lyapunov type, non-linear systems of equations, astrophysical objects are inve...
A method is proposed to compute equilibrium structures of differentially rotating polytropic stars. ...
We have built quasi-equilibrium models for uniformly rotating quark stars in general relativity. The...
Cataldo has found all rigidly rotating self-gravitating perfect fluid solutions in 2+1 dimensions wi...
We present a method for constructing equilibrium disks with net angular momentum in general relativi...
Spherical models of collisionless but quasi-relaxed stellar systems have long been studied as a natu...
This study presents a study of equilibrium points, periodic orbits, stabilities, and manifolds in a ...
International audienceWe present results for 2-dimensional models of rapidly rotating main sequence ...