Einstein vacuum equations, that is a system of nonlinear partial differential equations (PDEs) are derived from Weyl metric by using relation between Einstein tensor and metric tensor. The symmetries of Einstein vacuum equations for static axisymmetric gravitational fields are obtained using the Lie classical method. We have examined the optimal system of vector fields which is further used to reduce nonlinear PDE to nonlinear ordinary differential equation (ODE). Some exact solutions of Einstein vacuum equations in general relativity are also obtained
Lie group formalism is applied to Einstein field equations for perfect fluid distribution and pure...
Summary: "This review article is an attempt at the systematization of known particular solutions of ...
Four classes of solutions are found to the equations Rαβ=-2σ;α σ;β and gαβ σ;αβ=0 in three-dimension...
Exact analytic solutions of Einstein’s equations are difficult because of the high nonlinearity of t...
Summary: "In this review article, we attempt the systematization of known particular solutions of st...
Stationary axially-symmetric space-times possess two commuting Killing vectors which make it possibl...
The Einstein equation for stationary axially-symmetric vacua reduces to a system of nonlinear partia...
Subject of inquiry: gravitational fields of gyrating and magnetized masses. The aim of the work is t...
It was shown by Weyl that the general static axisymmetric solution of the vacuum Einstein equations ...
In the paper the authors first introduce a euclidon solution of the Einstein equations. This is a so...
We obtain solutions to a transformation of the axially symmetric Ernst equation, which governs a cla...
We obtain solutions to a transformation of the axially symmetric Ernst equation, which governs a cla...
We obtain solutions to a transformation of the axially symmetric Ernst equation, which governs a cla...
The vacuum Einstein equations for the Kerr-Schild metric are investigated. It is shown that they adm...
The vacuum Einstein equations for the Kerr-Schild metric are investigated. It is shown that they adm...
Lie group formalism is applied to Einstein field equations for perfect fluid distribution and pure...
Summary: "This review article is an attempt at the systematization of known particular solutions of ...
Four classes of solutions are found to the equations Rαβ=-2σ;α σ;β and gαβ σ;αβ=0 in three-dimension...
Exact analytic solutions of Einstein’s equations are difficult because of the high nonlinearity of t...
Summary: "In this review article, we attempt the systematization of known particular solutions of st...
Stationary axially-symmetric space-times possess two commuting Killing vectors which make it possibl...
The Einstein equation for stationary axially-symmetric vacua reduces to a system of nonlinear partia...
Subject of inquiry: gravitational fields of gyrating and magnetized masses. The aim of the work is t...
It was shown by Weyl that the general static axisymmetric solution of the vacuum Einstein equations ...
In the paper the authors first introduce a euclidon solution of the Einstein equations. This is a so...
We obtain solutions to a transformation of the axially symmetric Ernst equation, which governs a cla...
We obtain solutions to a transformation of the axially symmetric Ernst equation, which governs a cla...
We obtain solutions to a transformation of the axially symmetric Ernst equation, which governs a cla...
The vacuum Einstein equations for the Kerr-Schild metric are investigated. It is shown that they adm...
The vacuum Einstein equations for the Kerr-Schild metric are investigated. It is shown that they adm...
Lie group formalism is applied to Einstein field equations for perfect fluid distribution and pure...
Summary: "This review article is an attempt at the systematization of known particular solutions of ...
Four classes of solutions are found to the equations Rαβ=-2σ;α σ;β and gαβ σ;αβ=0 in three-dimension...