The aim of this paper is to discuss the theory of relativistic charged double polytropes with generalized polytropic equation of state. A general framework is presented to develop the Lane-Embden equations for spherically symmetric charged configuration. The stability of developed polytropes is investigated by means of Tolman mass. We will also examine the structure of these polytropes under various constraints
In this paper, we study a family of two-component anisotropic polytropes which model a wide range of...
A recently presented method for the study of evolving self-gravitating relativistic spheres is appli...
We sketch an algorithm to generate exact anisotropic solutions starting from a barotropic EoS and se...
The aim of this paper is to discuss the theory of Newtonian and relativistic polytropes with a gener...
We study the general formalism of polytropes in the relativistic regime with generalized polytropic ...
In this paper, generalized polytropic equation of state is used to get new classes of polytropic mod...
Abstract In this work, we have studied the combined effect of charge and anisotropy on gravitational...
In this paper, we found the exact solutions of Einstein–Maxwell equations with generalized polytropi...
In this paper, we study the electromagnetic effects on the stability of a spherically symmetric anis...
In this paper we will discuss charged stars with polytropic equation of state, where we will try to ...
This paper explored the physical acceptability conditions for anisotropic matter configurations in G...
Abstract In this paper, complexity factor is used with generalized polytropic equation of state to d...
In this paper, we investigate the gravitational behavior of compact objects with the help of general...
We present gravitating relativistic spheres composed of an anisotropic, barotropic fluid. We assume ...
In this paper we study anisotropic spherical polytropes within the framework of general relativity. ...
In this paper, we study a family of two-component anisotropic polytropes which model a wide range of...
A recently presented method for the study of evolving self-gravitating relativistic spheres is appli...
We sketch an algorithm to generate exact anisotropic solutions starting from a barotropic EoS and se...
The aim of this paper is to discuss the theory of Newtonian and relativistic polytropes with a gener...
We study the general formalism of polytropes in the relativistic regime with generalized polytropic ...
In this paper, generalized polytropic equation of state is used to get new classes of polytropic mod...
Abstract In this work, we have studied the combined effect of charge and anisotropy on gravitational...
In this paper, we found the exact solutions of Einstein–Maxwell equations with generalized polytropi...
In this paper, we study the electromagnetic effects on the stability of a spherically symmetric anis...
In this paper we will discuss charged stars with polytropic equation of state, where we will try to ...
This paper explored the physical acceptability conditions for anisotropic matter configurations in G...
Abstract In this paper, complexity factor is used with generalized polytropic equation of state to d...
In this paper, we investigate the gravitational behavior of compact objects with the help of general...
We present gravitating relativistic spheres composed of an anisotropic, barotropic fluid. We assume ...
In this paper we study anisotropic spherical polytropes within the framework of general relativity. ...
In this paper, we study a family of two-component anisotropic polytropes which model a wide range of...
A recently presented method for the study of evolving self-gravitating relativistic spheres is appli...
We sketch an algorithm to generate exact anisotropic solutions starting from a barotropic EoS and se...