2013Journal of Fuyang Teachers CollegeRequires access

Modification of Newton's method with fifteenth-order convergence

Yan Hu

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Abstract

An iterative method for nonlinear equations is presented. The method is the modification of Newton's method based on a fifth-order method and a modified Simpson method. The numerical experiments showed that the new method with fifteenth-order convergence is more efficient and performs better than classical Newton's method and other methods.

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What this paper is about

An iterative method for nonlinear equations is presented. The method is the modification of Newton's method based on a fifth-order method and a modified Simpson method. The numerical experiments showed that the new method with fifteenth-order convergence is more efficient and performs better than classical Newton's method and other methods.

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Available abstract

An iterative method for nonlinear equations is presented. The method is the modification of Newton's method based on a fifth-order method and a modified Simpson method. The numerical experiments showed that the new method with fifteenth-order convergence is more efficient and performs better than classical Newton's method and other methods.

Key concepts: Newton's method, Local convergence, Convergence (economics), Steffensen's method, Fifteenth, Applied mathematics, Mathematics, Iterative method

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