2016•BIOMATHOpen access

A parameter uniform almost first order convergent numerical method for non-linear system of singularly perturbed differential equations

Ishwariya Raj, Princy Mercy Johnson, John J. H. Miller, Valarmathi Sigamani

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Abstract

In this paper an initial value problem for aВ non-linear system of two singularly perturbed first orderВ differential equations is considered on the interval (0,1].The components of the solution of this system exhibit initialВ layers at 0. A numerical method composed of a classicalВ finite difference scheme on a piecewise uniform ShishkinВ mesh is suggested. This method is proved to be almost firstВ order convergent in the maximum norm uniformly in theВ perturbation parameters.

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In this paper an initial value problem for aВ non-linear system of two singularly perturbed first orderВ differential equations is considered on the interval (0,1].The components of the solution of this system exhibit initialВ layers at 0. A numerical method composed of a classicalВ finite difference scheme on a piecewise uniform ShishkinВ mesh is suggested. This method is proved to be almost firstВ order convergent in the maximum norm uniformly in theВ perturbation parameters.

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Available abstract

In this paper an initial value problem for aВ non-linear system of two singularly perturbed first orderВ differential equations is considered on the interval (0,1].The components of the solution of this system exhibit initialВ layers at 0. A numerical method composed of a classicalВ finite difference scheme on a piecewise uniform ShishkinВ mesh is suggested. This method is proved to be almost firstВ order convergent in the maximum norm uniformly in theВ perturbation parameters.

Key concepts: Mathematics, Mathematical analysis, Singular perturbation, Piecewise, Uniform convergence, First order, Piecewise linear function, Norm (philosophy)

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