Doboku Gakkai Ronbunshu
Online ISSN : 1882-7187
Print ISSN : 0289-7806
ISSN-L : 0289-7806
A TRANSCENDENTAL EQUATION SOLVER IMPROVING THE DKA-SCHEME AND ITS APPLICATION TO STRUCTURAL ANALYSES
Tsuneo USUKITakao TERANOHideharu NAKAMURAChizuko KURIHARA
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1990 Volume 1990 Issue 416 Pages 295-302

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Abstract
Characteristic equations, such as stability equation and frequency equation in structural mechanics, are often reduced to transcendental equations, and the practically usable solver of the equations is anticipated.
Although the DKA (Durand-Kerner-Aberth)-scheme is already established as a solution method of high order algebraic equations and appraised high in the field of numerical analyses, the scheme has been considered not to be applicable to transcendental equations. However, further improving a solver which one of the authors discussed and expanded the DKA-scheme earlier, the authors succeeded to obtain good solutions of transcendental equations in specified domain with sufficient accuracy.
In this paper, the authors wish to describe the algorithm and the numerical examples of the proposed transcendental equation solver.
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© by Japan Society of Civil Engineers
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