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
Abstract
Ishwariya Raj, Princy Mercy Johnson, John J. H. Miller, Valarmathi Sigamani
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.
Key concepts: Mathematics, Mathematical analysis, Singular perturbation, Piecewise, Uniform convergence, First order, Piecewise linear function, Norm (philosophy)