Review of the Numerical Analysis of the Quadratic Riccati Equation using Adomian Decomposition Methods and Taylor Expansion

Tebra Faraj Almajbri, Amina B Mohammed, Safaa.S.M abu-amr
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Abstract

Riccati differential equations are a class of non-linear differential equations with numerous physical applications. In this research, we described a numerical method based on decomposition and compared the results to the exact solution. Riccati's differential equations have quadratic solutions expressed as an endless string using an iterative approach is introduced. The solutions of Riccati differential equations in the quadratic form are exhibited in terms of an infinite series, which are obtained by the iterative algorithm. We conducted comparisons between the exact and approximate solutions. The similarities between the Taylor series approach and the new method highlight the latter is simplicity and efficacy. We used tables and graphs by using MATLAB to show how similar the current method is to the exact solution. Keywords: Riccati, differential equations, an infinite series, MATLAB.
使用阿多米分解方法和泰勒展开对二次 Riccati 方程进行数值分析的综述
里卡提微分方程是一类非线性微分方程,在物理领域应用广泛。在这项研究中,我们介绍了一种基于分解的数值方法,并将结果与精确解进行了比较。介绍了用迭代法将 Riccati 微分方程的二次解表示为无穷无尽的字符串。二次型 Riccati 微分方程的解以无穷级数表示,并通过迭代算法获得。我们对精确解和近似解进行了比较。泰勒级数法与新方法的相似之处突出了后者的简便性和有效性。我们使用 MATLAB 制作了表格和图表,以说明当前方法与精确解的相似程度。关键词里卡提、微分方程、无穷级数、MATLAB。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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