High-Performance Computational Method for an Extended Three-Coupled Korteweg–de Vries System

Abstract

This paper calculates numerical solutions of an extended three-coupled Korteweg–de Vries system by the q-homotopy analysis transformation method (q-HATM), which is a hybrid of the Laplace transform and the q-homotopy analysis method. Multiple investigations inspecting planetary oceans, optical cables, and cosmic plasma have employed the KdV model, significantly contributing to its development. The uniqueness, convergence, and maximum absolute truncation error of this algorithm are demonstrated. A numerical simulation has been performed to validate the accuracy and validity of the proposed approach. With high accuracy and few algorithmic processes, this algorithm supplies a series solution in the form of a recursive relation.

Keywords

• an extended three-coupled Korteweg–de Vries system
• the Laplace transform
• numerical solutions
• numerical simulation
• the q-homotopy analysis transformation method