[PDF] Top 20 On a 4 Point Sixteenth Order King Family of Iterative Methods for Solving Nonlinear Equations

... the family are 3-point eighth-order ...biparametric family of optimally convergent sixteenth-order 4-point ... See full document

... new iterative methods for solving nonlinear equations are presented using a new quadrature rule based on spline ...these methods have third-order ...these methods ... See full document

... fourth-order iterative methods for simple roots for solving nonlinear ...our methods by comparing them with some well existing third and fourth-order iterative ... See full document

... on nonlinear equation (x) = 0, it is noted that no or little attention is given to nonlinear ...of solving nonlinear equations. The work outlined four methods of solving ... See full document

... Abstract Solving nonlinear equations is one of the most important problems in numerical analysis, and has a wide range of application in various aspects, as well as many branches of science, ... See full document

... weight iterative methods for solving nonlinear equations and also its cubic ...convergence. Nonlinear equation is the fundamentals inengineering, computer science and other many ... See full document

... new iterative methods of order four and five for the solution of nonlinear equations based on homotopy perturbation ...these iterative methods to solve some ... See full document

... new iterative method for solving nonlinear ...these iterative methods, we show that the nonlinear function can be approximated by a new series which can be obtained by using the ... See full document

... convergence order of the iterative method in equation (3) is higher than that of the Newton method, its efficiency index is lower because of the involvement of six function evaluation per ...the ... See full document

... method due to Mamta et al. [10] and cubically conver- gent method due to Hasnov et al. [11]. This method will not fail like existing methods if f x    is very small or even zero in the vicinity of the root. ... See full document

... Many iterative methods have been developed see [1-13] for solving the equation ...perturbation methods and quadrature ...fourth order convergence ... See full document

... The nonlinear equations, often arise from the numerical modeling of problems in many branches of science and engineering ...These equations more often are not solved analytically hence resort to ... See full document

... of nonlinear equations is a common scientific activity capable of answering questions about real-word ...several iterative methods for solving nonlinear ...two-step ... See full document

... of iterative methods for approximating the solution of nonlinear equation have been developed in ...these methods are quadrature-based, see [1-14] and some reference ...quadrature-based ... See full document

... using iterative methods for nonlinear systems of equations, spe- cially for large systems arising from IE, ODE and ...space methods, soft computing based on wavelets and fuzzy concepts, ... See full document

... non-linear equations of the general form f (x) = 0. Such equations appear in real world situations frequently while there is no closed form solution for ...of equations draw much attention to itself ... See full document

... multi-step iterative methods with the improved convergence order, see [12], ...convergent iterative methods [29], ...a family of sixth-order methods by weight func- ... See full document

... New Iterative Methods with Fourth-Order Conver- gence by Combining Previous Methods, Interna- tional Mathematical Forum 27 (2011) 1319 - ...fourth-order family of methods ... See full document

... step iterative methods free derivative for solving a nonlinear equation is a method proposed by Dehghan-Hajarian can be call as Dehghan Method (DM), with order of convergence three and ... See full document

... for solving first order ordinary differ- ential equations ...two point implicit method for solving a system of ODEs ...three point block method to solve first order ... See full document