A second-order numerical method for pseudo-parabolic equations having both layer behavior and delay parameter

Abstract

In this paper, singularly perturbed pseudo-parabolic initial-boundary value problems with time-delay parameter are considered by numerically. Initially, the asymptotic properties of the analytical solution are investigated. Then, a discretization with exponential coefficient is suggested on a uniform mesh. The error approximations and uniform convergence of the presented method are estimated in the discrete energy norm. Finally, some numerical experiments are given to clarify the theory.

Keywords

• Delay differential equation
• difference scheme
• error estimate
• pseudo-parabolic problem
• singular perturbation
• uniform convergence

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