2007Journal of Anhui University of Technology and ScienceRequires access

Asymptotic solution for a class of nonlinear singularly perturbed equation

Huaijun Chen

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Abstract

A class of weakly nonlinear ordinary equation for second order is considered.By using the Lindatedt-Poincare method,introducing the transformation of parameter and eliminating the secular terms in the formal solution,the first order uniformly valid asymptotic expansion is obtained.And by using the multi-scales method,introducing many scale variables and in light of the principle for without appearing the secular terms,the asymptotic expansion of the solution is constructed too.Comparison between the two expansions leads to the same results.

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A class of weakly nonlinear ordinary equation for second order is considered.By using the Lindatedt-Poincare method,introducing the transformation of parameter and eliminating the secular terms in the formal solution,the first order uniformly valid asymptotic expansion is obtained.And by using the multi-scales method,introducing many scale variables and in light of the principle for without appearing the secular terms,the asymptotic expansion of the solution is constructed too.Comparison between the two expansions leads to the same results.

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Available abstract

A class of weakly nonlinear ordinary equation for second order is considered.By using the Lindatedt-Poincare method,introducing the transformation of parameter and eliminating the secular terms in the formal solution,the first order uniformly valid asymptotic expansion is obtained.And by using the multi-scales method,introducing many scale variables and in light of the principle for without appearing the secular terms,the asymptotic expansion of the solution is constructed too.Comparison between the two expansions leads to the same results.

Key concepts: Method of matched asymptotic expansions, Class (philosophy), Asymptotic expansion, Mathematics, Nonlinear system, Transformation (genetics), Singular perturbation, Mathematical analysis

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