AbstractA family of new iteration methods without employing derivatives is proposed in this paper. We have proved that these new methods are quadratic convergence. Their efficiency is demonstrated by numerical experiments. The numerical experiments show that our algorithms are comparable to well-known methods of Newton and Steffensen. Furthermore, combining the new method with bisection method we construct another new high-order iteration method with nice asymptotic convergence properties of the diameters (bn − an)
AbstractIn [YoonMee Ham etal., Some higher-order modifications of Newton’s method for solving nonlin...
This study presents two iterative methods, based on Newton’s method, to attain the numerical solutio...
Iteration methods are very useful in solving nonlinear algebraic equations. The most famous such met...
AbstractA family of new iteration methods without employing derivatives is proposed in this paper. W...
AbstractIn this paper, an iteration method without derivatives for multiple roots is proposed. This ...
AbstractIn this paper, we present and analyze a sixth-order convergent iterative method for solving ...
AbstractIn this work we introduce a technique for solving nonlinear systems that improves the order ...
In this paper, a procedure to design Steffensen-type methods of different orders for solving nonline...
In this paper, we present two families of third and fourth order iterative methods for solving ...
AbstractIn this paper we consider constructing some higher-order modifications of Newton’s method fo...
In this paper we present an infinite family of one-step iterative formulas for solving nonlinear equ...
AbstractIn this paper we investigate a class of inexact Newton methods which are hypo-quadratically ...
This paper is partially supported by project ISM-4 of Department for Scientific Research, “Paisii Hi...
AbstractA derivative free method for solving nonlinear equations of Steffensen’s type is presented. ...
AbstractWe present a new iterative method of order of convergence 5, for solving nonlinear systems, ...
AbstractIn [YoonMee Ham etal., Some higher-order modifications of Newton’s method for solving nonlin...
This study presents two iterative methods, based on Newton’s method, to attain the numerical solutio...
Iteration methods are very useful in solving nonlinear algebraic equations. The most famous such met...
AbstractA family of new iteration methods without employing derivatives is proposed in this paper. W...
AbstractIn this paper, an iteration method without derivatives for multiple roots is proposed. This ...
AbstractIn this paper, we present and analyze a sixth-order convergent iterative method for solving ...
AbstractIn this work we introduce a technique for solving nonlinear systems that improves the order ...
In this paper, a procedure to design Steffensen-type methods of different orders for solving nonline...
In this paper, we present two families of third and fourth order iterative methods for solving ...
AbstractIn this paper we consider constructing some higher-order modifications of Newton’s method fo...
In this paper we present an infinite family of one-step iterative formulas for solving nonlinear equ...
AbstractIn this paper we investigate a class of inexact Newton methods which are hypo-quadratically ...
This paper is partially supported by project ISM-4 of Department for Scientific Research, “Paisii Hi...
AbstractA derivative free method for solving nonlinear equations of Steffensen’s type is presented. ...
AbstractWe present a new iterative method of order of convergence 5, for solving nonlinear systems, ...
AbstractIn [YoonMee Ham etal., Some higher-order modifications of Newton’s method for solving nonlin...
This study presents two iterative methods, based on Newton’s method, to attain the numerical solutio...
Iteration methods are very useful in solving nonlinear algebraic equations. The most famous such met...