Numerical Methods for a Class of Hybrid Weakly Singular Integro-Differential Equations

 

蔣世中

Finance

chiang@chu.edu.tw

 

Abstract

        This paper proposes numerical methods for solving hybrid weakly singular in-tegro-differential equations of the second kind. The terms in these equations are in the following order: derivative term of a state, integro-differential term of a state with a weakly singular kernel, a state, integral term of a state with a smooth kernel, and force. The original class of weakly singular integro-differential equations of the first kind is derived from aeroelasticity mathematical models. Among the proposed methods, the method for solving linear cases is fully based on previous-ly reported approximation scheme for equations of the first kind. For nonlinear cases, a revised method is proposed. Examples are presented to demonstrate the effectiveness of the proposed methods, and the results indicate that the proposed methods facilitate achieving satisfactory and accurate approximations.

Keyword: Hybrid, Weakly singular, Integro-differential equations

 

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