Perturbation solutions are obtained for the Lane-Emden equation of the second kind which describe Bonnor-Ebert gas spheres. In particular, we employ the field-theoretic perturbative procedure due to Bender et al. to obtain analytical solutions to the nonlinear initial value problem. We find that the method allows one to construct perturbation solutions which converge rapidly to the true solutions in many cases, as it allows one to more accurately represent the influence of nonlinear terms in the linearized equations. The rapid convergence of the method results in qualitatively accurate solutions in relatively few iterations. © 2010 Elsevier B.V. All rights reserved
In this work we apply the differential transformation method (the Zhou’s method) for solving some cl...
In this paper, we derive accurate approximate solution of Lane-Emden equation of the second kind in ...
We study a modified version of the Lane-Emden equation of the second kind modelling a thermal explos...
Perturbation solutions are obtained for the Lane-Emden equation of the second kind which describe Bo...
Perturbation solutions are obtained for the Lane-Emden equation of the second kind which describe Bo...
We apply the δ-expansion method to a transformed Lane-Emden equation. The results are then transform...
An all new technique has been devised to solve non-linear Lane-Emden type equations. This novel tech...
We apply the delta-expansion method to a transformed Lane-Emden equation. The results are then trans...
This universe has veiled many secrets for mankind. On exploringthem mathematically several different...
We apply the Boubaker Polynomials Expansion Scheme (BPES) in order to obtain analytical-numerical so...
We apply the Boubaker Polynomials Expansion Scheme (BPES) in order to obtain analytical-numerical so...
In this Letter, we present analytical solutions to the Lane-Emden equation y \u27\u27(x) + 2/xy\u27(...
In this paper, we consider the Lane-Emden equation of the first kind which arises in the study of st...
In this Letter, we present analytical solutions to the Lane-Emden equation y″ (x) + frac(2, x) y′ (x...
This article provides for thefirst time a general analytical solution to the Lane-Emden equation of ...
In this work we apply the differential transformation method (the Zhou’s method) for solving some cl...
In this paper, we derive accurate approximate solution of Lane-Emden equation of the second kind in ...
We study a modified version of the Lane-Emden equation of the second kind modelling a thermal explos...
Perturbation solutions are obtained for the Lane-Emden equation of the second kind which describe Bo...
Perturbation solutions are obtained for the Lane-Emden equation of the second kind which describe Bo...
We apply the δ-expansion method to a transformed Lane-Emden equation. The results are then transform...
An all new technique has been devised to solve non-linear Lane-Emden type equations. This novel tech...
We apply the delta-expansion method to a transformed Lane-Emden equation. The results are then trans...
This universe has veiled many secrets for mankind. On exploringthem mathematically several different...
We apply the Boubaker Polynomials Expansion Scheme (BPES) in order to obtain analytical-numerical so...
We apply the Boubaker Polynomials Expansion Scheme (BPES) in order to obtain analytical-numerical so...
In this Letter, we present analytical solutions to the Lane-Emden equation y \u27\u27(x) + 2/xy\u27(...
In this paper, we consider the Lane-Emden equation of the first kind which arises in the study of st...
In this Letter, we present analytical solutions to the Lane-Emden equation y″ (x) + frac(2, x) y′ (x...
This article provides for thefirst time a general analytical solution to the Lane-Emden equation of ...
In this work we apply the differential transformation method (the Zhou’s method) for solving some cl...
In this paper, we derive accurate approximate solution of Lane-Emden equation of the second kind in ...
We study a modified version of the Lane-Emden equation of the second kind modelling a thermal explos...