Simulation of Two-Step Block Approach for Solving Oscillatory Differential Equations
Abstract
This study demonstrates the derivation of a two-step block scheme simulation through a linear block approach. The scheme's fundamental properties were thoroughly analyzed and found to fulfill all necessary conditions. The research focused on examining specific classes of oscillatory differential equations and comparing them to established methods. The findings indicate that the newly proposed methods exhibit superior accuracy and faster convergence compared to the existing methods investigated in this research. Consequently, the results highlight the improved precision and quicker convergence achieved with the new method. All computations were executed using Maple 18 software
Keywords
Simulation, Linear block approach, Properties of the schemes, Oscillatory differential equation, Accuracy and convergence
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