This paper is devoted to the stability analysis of both the true solutions and the numerical approximations for nonlinear systems of neutral delay dierential equations (NDDEs) of the form y0 (t) = F(t; y(t); G(t; y(t − (t)); y0(t − (t)))): This work extends the results recently obtained by the authors Bellen et al. (BIT 39 (1999) 1{24) for the linear case. This is accomplished by considering a suitable reformulation of the given system, which transforms it into a nonlinear dierential system coupled with an algebraic functional recursion. Numerical processes preserving the qualitative properties of the solutions are also investigated.

Numerical stability of nonlinear delay differential equations of neutral type

GUGLIELMI N;
2001

Abstract

This paper is devoted to the stability analysis of both the true solutions and the numerical approximations for nonlinear systems of neutral delay dierential equations (NDDEs) of the form y0 (t) = F(t; y(t); G(t; y(t − (t)); y0(t − (t)))): This work extends the results recently obtained by the authors Bellen et al. (BIT 39 (1999) 1{24) for the linear case. This is accomplished by considering a suitable reformulation of the given system, which transforms it into a nonlinear dierential system coupled with an algebraic functional recursion. Numerical processes preserving the qualitative properties of the solutions are also investigated.
Neutral delay differential equations, ; Numerical stability, RK-methods for delay equations
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/20.500.12571/300
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