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A Numerical Approach of Fornberg-Whitham Equation Using Residual Power Series Method

机译:使用剩余电力序列方法的Fornberg-Whitham方程的数值方法

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摘要

In this paper, a modern and approach method called residual power series technique has been applied to find numerical solution for an important equation in optical communication systems and optical fibers called Fornberg-Whitham equation. In addition to that, the technique has been used in regard of the effectiveness of time. The present results have been used to compare it with the exact solution and have been shown graphically to demonstrate the effectiveness and suitability of RPS method. Furthermore, the steadiness and the action of time of the Fornberg-Whitham equation and the modified Fornberg-Whitham equation have been discussed and concluded that the RPSM method is an influential and beneficial one to solve strong nonlinear partial differential equations.
机译:在本文中,已经应用了一种称为残余功率串联技术的现代和接近方法,以找到用于光学通信系统中的重要方程的数值解决方案和名为Fornberg-Whitham方程的光纤。除此之外,该技术已被用于时间的有效性。目前的结果已被用于将其与精确的解决方案进行比较,并且已被图示地显示以证明RPS方法的有效性和适用性。此外,已经讨论了福尔格 - WHITHAM方程和改进的福尔格 - WHITHAM等式的稳定性和动作,并得出结论是,RPSM方法是解决强的非线性偏微分方程的有影响力和有益的。

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