Add to ORKGA decomposition technique of the solution of an n-th order linear differential equation into a set of solutions of 2-nd order linear differential equations is presented
AbstractThe expansion of a product of n linear factors in the operator D is obtained and this leads ...
Decompositions of linear ordinary differential equations (ode's) into components of lower order have...
In this paper, combined Laplace transform–Adomian decomposition method is presented to solve differe...
We employ a method of factorization to obtain the general solution of the second order linear differ...
AbstractThe decomposition method has been applied to nonlinear differential equations which have a l...
One of the most general methods for solving ordinary differential equations consists in obtaining a ...
Decompositions of linear ordinary differential equations (ode's) into components of lower order have...
We report a new analytical method for finding the exact solution of homogeneous linear ordinary diff...
This article is devoted to the study of the general solution of a linear homogeneous differential eq...
AbstractThis paper shows that the Adomian decomposition method can be applied to solve ordinary diff...
Ordinary Differential EquationsDEFINITIONS LINEAR DIFFERENTIAL EQUATIONS OF FIRST ORDER LINEAR INDEP...
In the article solution of the problem of extremal value of x(τ) is presented, for the n-th order li...
In this work, we propose a direct solution of second order ordinary differential equations without r...
A study of the methods of solution and applications of ordinary differential equations. Preliminary ...
Abstract. Three ordinary differential equations are considered. The general solutions of these equat...
AbstractThe expansion of a product of n linear factors in the operator D is obtained and this leads ...
Decompositions of linear ordinary differential equations (ode's) into components of lower order have...
In this paper, combined Laplace transform–Adomian decomposition method is presented to solve differe...
We employ a method of factorization to obtain the general solution of the second order linear differ...
AbstractThe decomposition method has been applied to nonlinear differential equations which have a l...
One of the most general methods for solving ordinary differential equations consists in obtaining a ...
Decompositions of linear ordinary differential equations (ode's) into components of lower order have...
We report a new analytical method for finding the exact solution of homogeneous linear ordinary diff...
This article is devoted to the study of the general solution of a linear homogeneous differential eq...
AbstractThis paper shows that the Adomian decomposition method can be applied to solve ordinary diff...
Ordinary Differential EquationsDEFINITIONS LINEAR DIFFERENTIAL EQUATIONS OF FIRST ORDER LINEAR INDEP...
In the article solution of the problem of extremal value of x(τ) is presented, for the n-th order li...
In this work, we propose a direct solution of second order ordinary differential equations without r...
A study of the methods of solution and applications of ordinary differential equations. Preliminary ...
Abstract. Three ordinary differential equations are considered. The general solutions of these equat...
AbstractThe expansion of a product of n linear factors in the operator D is obtained and this leads ...
Decompositions of linear ordinary differential equations (ode's) into components of lower order have...
In this paper, combined Laplace transform–Adomian decomposition method is presented to solve differe...