We use a numerical-analytic technique to construct a sequence of successive approximations to the solution of a system of fractional differential equations, subject to Dirichlet boundary conditions. We prove the uniform convergence of the sequence of approximations to a limit function, which is the unique solution to the boundary value problem under consideration, and give necessary and sufficient conditions for the existence of solutions. The obtained theoretical results are confirmed by a model example.Mathematical Physic
permits unrestricted use, distribution, and reproduction in any medium, provided the original work i...
In this work, an approximation method is proposed for fractional order linear Fredholm type integrod...
In this article, the homotopy analysis method is applied to provide approximate solutions for linear...
We use a numerical-analytic technique to construct a sequence of successive approximations to the so...
We give a new approach of investigation and approximation of solutions of fractional differential sy...
We study a system of non-linear fractional differential equations, subject to integral boundary cond...
We studied one essentially nonlinear two–point boundary value problem for a system of fractional dif...
Abstract This paper is devoted to establishing the existence theory for at least one solution to a c...
The numerical solution of fractional-order elliptic problems is investigated in bounded domains. Acc...
We deal with a system of quasilinear fractional differential equations, subjected to the Cauchy–Nico...
We deal with a system of quasilinear fractional differential equations, subjected to the Cauchy–Nico...
We present some new results on the approximation of solutions of a special type of fractional bounda...
We present some new results on the approximation of solutions of a special type of fractional bounda...
In this paper, a sinc-collocation method is described to determine the approximate solution of fract...
Using a variational approach and critical point theory, we investigate the existence of solutions fo...
permits unrestricted use, distribution, and reproduction in any medium, provided the original work i...
In this work, an approximation method is proposed for fractional order linear Fredholm type integrod...
In this article, the homotopy analysis method is applied to provide approximate solutions for linear...
We use a numerical-analytic technique to construct a sequence of successive approximations to the so...
We give a new approach of investigation and approximation of solutions of fractional differential sy...
We study a system of non-linear fractional differential equations, subject to integral boundary cond...
We studied one essentially nonlinear two–point boundary value problem for a system of fractional dif...
Abstract This paper is devoted to establishing the existence theory for at least one solution to a c...
The numerical solution of fractional-order elliptic problems is investigated in bounded domains. Acc...
We deal with a system of quasilinear fractional differential equations, subjected to the Cauchy–Nico...
We deal with a system of quasilinear fractional differential equations, subjected to the Cauchy–Nico...
We present some new results on the approximation of solutions of a special type of fractional bounda...
We present some new results on the approximation of solutions of a special type of fractional bounda...
In this paper, a sinc-collocation method is described to determine the approximate solution of fract...
Using a variational approach and critical point theory, we investigate the existence of solutions fo...
permits unrestricted use, distribution, and reproduction in any medium, provided the original work i...
In this work, an approximation method is proposed for fractional order linear Fredholm type integrod...
In this article, the homotopy analysis method is applied to provide approximate solutions for linear...