In the present article, a new class of solutions of Einstein field equations is investigated for a spherically symmetric space-time when the source of gravitation is a perfect fluid. All the solutions have been derived by making some suitable arrangements in the field equations. The solutions so obtained have been seen to describe Schwarzschild interior solutions. Most of the solutions are subjected to the reality conditions. As far as the authors are aware the solutions are new
Einstein's field equations with cosmological constant are analysed for a static, spherically symmetr...
We extend the general prescription of Berger et al. (1987) for constructing exact solutions of the s...
It is shown that the Schwarzschild solution is the only spherically symmetric solution of the Einste...
The gravitational field equations for a spherical symmetric perfect fluid are completely solved. The...
We investigate solutions of Einstein field equations for the non-static spherically symmetric perfec...
In this thesis four separate problems in general relativity are considered, divided into two separat...
In this thesis four separate problems in general relativity are considered, dividedinto two separate...
In this thesis four separate problems in general relativity are considered, dividedinto two separate...
While it is known that any spherical fluid distribution may only source the spherically symmetric Sc...
While it is known that any spherical fluid distribution may only source the spherically symmetric Sc...
Ever since Karl Schwarzschild's 1916 discovery of the spacetime geometry describing the interior of ...
We determine the exact solution of the Einstein field equations for the case of a spherically symmet...
We develop a new covariant formalism to treat spherically symmetric spacetimes in metric f(R) theori...
The field equations of a previous metric nonsymmetric theory of gravitation are considered for the i...
International audienceIn an important series of articles published during the 70's, Krasiński displa...
Einstein's field equations with cosmological constant are analysed for a static, spherically symmetr...
We extend the general prescription of Berger et al. (1987) for constructing exact solutions of the s...
It is shown that the Schwarzschild solution is the only spherically symmetric solution of the Einste...
The gravitational field equations for a spherical symmetric perfect fluid are completely solved. The...
We investigate solutions of Einstein field equations for the non-static spherically symmetric perfec...
In this thesis four separate problems in general relativity are considered, divided into two separat...
In this thesis four separate problems in general relativity are considered, dividedinto two separate...
In this thesis four separate problems in general relativity are considered, dividedinto two separate...
While it is known that any spherical fluid distribution may only source the spherically symmetric Sc...
While it is known that any spherical fluid distribution may only source the spherically symmetric Sc...
Ever since Karl Schwarzschild's 1916 discovery of the spacetime geometry describing the interior of ...
We determine the exact solution of the Einstein field equations for the case of a spherically symmet...
We develop a new covariant formalism to treat spherically symmetric spacetimes in metric f(R) theori...
The field equations of a previous metric nonsymmetric theory of gravitation are considered for the i...
International audienceIn an important series of articles published during the 70's, Krasiński displa...
Einstein's field equations with cosmological constant are analysed for a static, spherically symmetr...
We extend the general prescription of Berger et al. (1987) for constructing exact solutions of the s...
It is shown that the Schwarzschild solution is the only spherically symmetric solution of the Einste...