Add to ORKGWe present a local convergence analysis for an improved Jarratt-type methods of order at least five to approximate a solution of a nonlinear equation in a Banach space setting. The convergence ball and error estimates are given using hypotheses up to the first Fre´chet derivative in contrast to earlier studies using hypotheses up to the third Fre´chet derivative. Numerical examples are also provided in this study, where the older hypotheses are not satisfied to solve equations but the new hypotheses are satisfied
Under the new Hölder conditions, we consider the convergence analysis of the inverse-free Jarratt me...
[EN] The local convergence analysis of a parameter based iteration with Hölder continuous first deri...
We present a local convergence analysis of an eighth order three step methodin order to approximate ...
We present a local convergence analysis for an improved Jarratt-type methods of order at least five ...
We present a local convergence analysis for Jarratt-type methods in order to approximate a solution ...
AbstractIn this study, we approximate a locally unique solution of a nonlinear equation in Banach sp...
summary:We present a local convergence analysis of a one parameter Jarratt-type method. We use this ...
We first present a local convergence analysis for some families of fourth and six order methods in o...
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...
We present a local convergence analysis of a family of third order methods for approximating a local...
The local convergence analysis of multi-step, high-order Jarratt-like schemes is extended for solvin...
Under the new Hölder conditions, we consider the convergence analysis of the inverse-free Jarratt me...
AbstractIn this note, we extend the Jarratt method of order four into Banach spaces. We also establi...
We present a local convergence analysis of a two-point four parameter Jarratt-like method of high co...
Under the new Hölder conditions, we consider the convergence analysis of the inverse-free Jarratt me...
[EN] The local convergence analysis of a parameter based iteration with Hölder continuous first deri...
We present a local convergence analysis of an eighth order three step methodin order to approximate ...
We present a local convergence analysis for an improved Jarratt-type methods of order at least five ...
We present a local convergence analysis for Jarratt-type methods in order to approximate a solution ...
AbstractIn this study, we approximate a locally unique solution of a nonlinear equation in Banach sp...
summary:We present a local convergence analysis of a one parameter Jarratt-type method. We use this ...
We first present a local convergence analysis for some families of fourth and six order methods in o...
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...
We present a local convergence analysis of a family of third order methods for approximating a local...
The local convergence analysis of multi-step, high-order Jarratt-like schemes is extended for solvin...
Under the new Hölder conditions, we consider the convergence analysis of the inverse-free Jarratt me...
AbstractIn this note, we extend the Jarratt method of order four into Banach spaces. We also establi...
We present a local convergence analysis of a two-point four parameter Jarratt-like method of high co...
Under the new Hölder conditions, we consider the convergence analysis of the inverse-free Jarratt me...
[EN] The local convergence analysis of a parameter based iteration with Hölder continuous first deri...
We present a local convergence analysis of an eighth order three step methodin order to approximate ...