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Some Five Dimensional Cylindrically Symmetric Interior Solutions for Perfect Fluid in f(R) Theory of Gravity
Journal: International Journal of Scientific Engineering and Research (IJSER) (Vol.5, No. 9)Publication Date: 2017-09-05
Authors : Ladke L. S.; Mishra R. D.; Tripade V. P.;
Page : 85-95
Keywords : Cylindrical Symmetry; Interior solutions; Perfect fluid; Physical acceptability; f(R) gravity;
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- Some Five Dimensional Cylindrically Symmetric Interior Solutions for Perfect Fluid in f(R) Theory of Gravity
- Cylindrically Symmetric Bulk Viscous Fluid in Bimetric Relativity
- Static Cylindrically Symmetric Solutions of Einstein’s Equations
- Conformal and Disformal Structure of 3D Circularly Symmetric Static Metric in f(R) Theory of Gravity
- Hamiltonian Formalism of Bianchi Type I Model for Perfect Fluid
Abstract
In this paper, we obtained somefive dimensional cylindrically symmetric interior solutions for perfect fluid in f(R) theory of gravity. Some solutions are obtained by considering three assumptions and discussed them by using isotropy of pressure and subluminal sound speed as physical acceptability conditions in f(R) theory of gravity. Here we obtained some physically acceptable solutions. We explore these five dimensional solutions in terms of functions of Ricci scalar, energy density and pressure.
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