AbstractIn this paper, a new family of third-order methods for finding multiple roots of nonlinear equations has been introduced. This family requires one-function and two-derivative evaluation per iteration. The family contains several known third-order methods, as special cases. Some examples are presented to show the performance of the presented family
AbstractA two-step derivative-free iterative algorithm is presented for solving nonlinear equations....
[EN] There are few optimal fourth-order methods for solving nonlinear equations when the multiplicit...
AbstractIn this paper, we present six new fourth-order methods with closed formulae for finding mult...
AbstractA method of order four for finding multiple zeros of nonlinear functions is developed. The m...
AbstractThis paper concentrates on iterative methods for obtaining the multiple roots of nonlinear e...
AbstractWe extend to n-dimensional case a known multi-point family of iterative methods for solving ...
AbstractIn this paper, we present two new families of iterative methods for multiple roots of nonlin...
AbstractA biparametric family of four-step multipoint iterative methods of order sixteen to numerica...
AbstractIn this paper, a new fourth-order family of methods free from second derivative is obtained....
The article of record as published may be found at http://dx.doi.org/10.1016/j.amc.2008.01.031Two th...
AbstractA second-derivative-free iteration method is proposed below for finding a root of a nonlinea...
We present a new third order convergence iterative method for solving multiple roots of nonlinear eq...
AbstractA biparametric family of four-step multipoint iterative methods of order sixteen to solve no...
We discuss an iterative method for finding root of a nonlinear equation employing central difference...
Abstract: This paper studies a novel without memory sixth-order method for computing simple roots of...
AbstractA two-step derivative-free iterative algorithm is presented for solving nonlinear equations....
[EN] There are few optimal fourth-order methods for solving nonlinear equations when the multiplicit...
AbstractIn this paper, we present six new fourth-order methods with closed formulae for finding mult...
AbstractA method of order four for finding multiple zeros of nonlinear functions is developed. The m...
AbstractThis paper concentrates on iterative methods for obtaining the multiple roots of nonlinear e...
AbstractWe extend to n-dimensional case a known multi-point family of iterative methods for solving ...
AbstractIn this paper, we present two new families of iterative methods for multiple roots of nonlin...
AbstractA biparametric family of four-step multipoint iterative methods of order sixteen to numerica...
AbstractIn this paper, a new fourth-order family of methods free from second derivative is obtained....
The article of record as published may be found at http://dx.doi.org/10.1016/j.amc.2008.01.031Two th...
AbstractA second-derivative-free iteration method is proposed below for finding a root of a nonlinea...
We present a new third order convergence iterative method for solving multiple roots of nonlinear eq...
AbstractA biparametric family of four-step multipoint iterative methods of order sixteen to solve no...
We discuss an iterative method for finding root of a nonlinear equation employing central difference...
Abstract: This paper studies a novel without memory sixth-order method for computing simple roots of...
AbstractA two-step derivative-free iterative algorithm is presented for solving nonlinear equations....
[EN] There are few optimal fourth-order methods for solving nonlinear equations when the multiplicit...
AbstractIn this paper, we present six new fourth-order methods with closed formulae for finding mult...