Solution of nonlinear equations using three point Gaussian quadrature formula and decomposition technique

Gul Sana, M. Noor, K. Noor
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Abstract

The problem of solving nonlinear equations (real or complex) is a nontrivial task in many areas of science and engineering. Usually, the analytic methods for such equations are not directly affordable and require an iterative approach for getting an approximate solution. Keeping in view the above facts, we suggest and analyze some new iterative methods for solving nonlinear equation of the form f(u) = 0 by using the decomposition technique coupled with a system of equations and threepoints Gaussian quadrature formula. We also determine the convergence order of our proposed iterative methods. Some test examples are given to endorse and validate the performance of new methods as compared to previously well-known methods.
用三点高斯正交公式和分解技术求解非线性方程
在科学和工程的许多领域,求解非线性方程(实数或复数)是一项重要的任务。通常,这类方程的解析方法不是直接可行的,需要迭代方法才能得到近似解。鉴于上述事实,我们提出并分析了利用分解技术结合方程组和三点高斯正交公式求解f(u) = 0非线性方程的几种新的迭代方法。我们还确定了我们提出的迭代方法的收敛顺序。通过一些测试实例对新方法的性能进行了验证,并与已有方法进行了比较。
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