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Numerical Solution of Linear Klein-Gordon Equation using FDAM Scheme

机译:使用FDAM方案的线性Klein-Gordon方程的数值解

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Many scientific areas appear in a hyperbolic partial differential equation like the Klien-Gordon equation. The analytical solutions of the Klein-Gordon equation have been approximated by the suggested numerical approaches. However, the arithmetic mean (AM) method has not been studied on the Klein-Gordon equation. In this study, a new proposed scheme has utilized central finite difference formula in time and space (CTCS) incorporated with AM formula averaging of functional values for approximating the solutions of the Klein-Gordon equation. Three-point AM is considered to a linear inhomogeneous Klein-Gordon equation. The theoretical aspects of the numerical scheme for the Klein-Gordon equation are also considered. The stability analysis is analyzed by using von Neumann stability analysis and Miller Norm Lemma. Graphical results verify the necessary conditions of Miller Norm Lemma. Good results obtained relate to the theoretical aspects of the numerical scheme. The numerical experiments are examined to verify the theoretical analysis. Comparative study shows the new CTCS scheme incorporated with three-point AM method produced better accuracy and shown its reliable and efficient over the standard CTCS scheme.
机译:许多科学领域出现在像Klien-Gordon方程等双曲线部分微分方程中。 Klein-Gordon方程的分析解已经通过建议的数值方法来近似。然而,算术平均值(AM)方法尚未对Klein-Gordon方程进行研究。在该研究中,一种新的提出方案在时间和空间(CTC)中利用了中央有限差分公式,其与AM公式平均的功能值平均,以近似Klein-Gordon方程的溶液。三点am被认为是线性不均匀的Klein-Gordon方程。还考虑了Klein-Gordon方程数值方案的理论方面。通过使用von neumann稳定性分析和米勒规范引理来分析稳定性分析。图形结果验证了Miller Norm Lemma的必要条件。获得的良好结果涉及数值方案的理论方面。检查数值实验以验证理论分析。比较研究表明,新的CTCS方案加入了三点AM方法,生产了更好的准确性,并在标准CTCS方案上显示了其可靠和有效的。

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