In this paper, we study the semilocal convergence of a fifth order iterative method using recurrence relation under the assumption that first order Fréchet derivative satisfies the Hölder condition. Also, we calculate the R-order of convergence and provide some a priori error bounds. Based on this, we give existence and uniqueness region of the solution for a nonlinear Hammerstein integral equation of the second kind
AbstractIn this paper, we extend to Banach spaces the result given by Gander in (Amer. Math. Monthly...
The geometrical interpretation of a family of higher order iterative methods for solving nonlinear s...
In the present paper, we study the local convergence analysis of a fifth convergence order method co...
In this paper, we study the semilocal convergence of a fifth order iterative method using recurrence...
The semilocal and local convergence in Banach spaces is described for a fifth order iteration for th...
We study a modified Newton's method with fifth-order convergence for nonlinear equations in Banach s...
AbstractWe provide a local convergence analysis for a fifth convergence order method to find a solut...
This paper deal with the study of local convergence of fourth and fifth order iterative method for s...
Numerous three-step methods of high convergence order have been developed to produce sequences appro...
The semilocal and local convergence analyses of a two-step iterative method for nonlinear nondiffere...
Abstract. The semilocal convergence of a third order iterative method used for solving nonlinear ope...
In this paper, a semilocal convergence result in Banach spaces of an efficient fifth-order method is...
[EN] The semilocal convergence using recurrence relations of a family of iterations for solving nonl...
We study the local convergence analysis of a fifth order method and its multi-step version in Banach...
[EN] In this paper the semilocal convergence for an alternative to the three steps Newton's method w...
AbstractIn this paper, we extend to Banach spaces the result given by Gander in (Amer. Math. Monthly...
The geometrical interpretation of a family of higher order iterative methods for solving nonlinear s...
In the present paper, we study the local convergence analysis of a fifth convergence order method co...
In this paper, we study the semilocal convergence of a fifth order iterative method using recurrence...
The semilocal and local convergence in Banach spaces is described for a fifth order iteration for th...
We study a modified Newton's method with fifth-order convergence for nonlinear equations in Banach s...
AbstractWe provide a local convergence analysis for a fifth convergence order method to find a solut...
This paper deal with the study of local convergence of fourth and fifth order iterative method for s...
Numerous three-step methods of high convergence order have been developed to produce sequences appro...
The semilocal and local convergence analyses of a two-step iterative method for nonlinear nondiffere...
Abstract. The semilocal convergence of a third order iterative method used for solving nonlinear ope...
In this paper, a semilocal convergence result in Banach spaces of an efficient fifth-order method is...
[EN] The semilocal convergence using recurrence relations of a family of iterations for solving nonl...
We study the local convergence analysis of a fifth order method and its multi-step version in Banach...
[EN] In this paper the semilocal convergence for an alternative to the three steps Newton's method w...
AbstractIn this paper, we extend to Banach spaces the result given by Gander in (Amer. Math. Monthly...
The geometrical interpretation of a family of higher order iterative methods for solving nonlinear s...
In the present paper, we study the local convergence analysis of a fifth convergence order method co...