summary:We present a local convergence analysis of a one parameter Jarratt-type method. We use this method to approximate a solution of an equation in a Banach space setting. The semilocal convergence of this method was recently carried out in earlier studies under stronger hypotheses. Numerical examples are given where earlier results such as in [Ezquerro J.A., Hernández M.A., {New iterations of $R$-order four with reduced computational cost}, BIT Numer. Math. {49} (2009), 325--342] cannot be used to solve equations but our results can be applied
We extend the applicability of a fourth-order convergent nonlinear system solver by providing its lo...
We present a semi-local as well as a local convergence analysis of Halley's method for approximating...
We provide a semilocal convergence analysis for a certain class of Newton-like methods for the solut...
summary:We present a local convergence analysis of a one parameter Jarratt-type method. We use this ...
We present a local convergence analysis for an improved Jarratt-type methods of order at least five ...
summary:We present a local convergence analysis of a one parameter Jarratt-type method. We use this ...
summary:A. Cordero et. al (2010) considered a modified Newton-Jarratt's composition to solve nonline...
AbstractWe provide a local convergence analysis for a fifth convergence order method to find a solut...
We present a local convergence analysis Potra-Ptak-type method with optimal fourth order of converge...
We present a local convergence analysis for an improved Jarratt-type methods of order at least five ...
We present a local convergence analysis for an improved Jarratt-type methods of order at least five ...
AbstractFor the iteration which was independently proposed by King [R.F. King, Tangent method for no...
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...
We present a local convergence analysis for a family of Steffensen-type fourth-order methods in orde...
We extend the applicability of a fourth-order convergent nonlinear system solver by providing its lo...
We present a semi-local as well as a local convergence analysis of Halley's method for approximating...
We provide a semilocal convergence analysis for a certain class of Newton-like methods for the solut...
summary:We present a local convergence analysis of a one parameter Jarratt-type method. We use this ...
We present a local convergence analysis for an improved Jarratt-type methods of order at least five ...
summary:We present a local convergence analysis of a one parameter Jarratt-type method. We use this ...
summary:A. Cordero et. al (2010) considered a modified Newton-Jarratt's composition to solve nonline...
AbstractWe provide a local convergence analysis for a fifth convergence order method to find a solut...
We present a local convergence analysis Potra-Ptak-type method with optimal fourth order of converge...
We present a local convergence analysis for an improved Jarratt-type methods of order at least five ...
We present a local convergence analysis for an improved Jarratt-type methods of order at least five ...
AbstractFor the iteration which was independently proposed by King [R.F. King, Tangent method for no...
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...
We present a local convergence analysis for a family of Steffensen-type fourth-order methods in orde...
We extend the applicability of a fourth-order convergent nonlinear system solver by providing its lo...
We present a semi-local as well as a local convergence analysis of Halley's method for approximating...
We provide a semilocal convergence analysis for a certain class of Newton-like methods for the solut...