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AN IMPLICIT FINITE DIFFERENCE METHOD FOR A FORCED KDV EQUATION


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Abstract

A finite difference method is developed to solve a forced KdV equation representing a surface elevation of fluid flowing on a channel with a small bump at the bottom. We indicate some difficulties in solving the equation since it has a nonlinear and third derivative terms. We present the technique in this paper to solve the equation. As the result, the numerical scheme gives solutions performing nonlinear wave-trains of water surface generated by the forcing term.

 

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Last update: 2024-02-23 09:51:09

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