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Finite-Element Analysis of Topographic Waveguides for Acoustic Surface Waves Using Approximate Analytical Solutions for Substrate Region
IEICE TRANSACTIONS (1976-1990) Vol.E66 No.2 pp.75-81
Publication Date: 1983/02/20
Print ISSN: 0000-0000
Type of Manuscript: PAPER
Category: Acoustic Waveguides
Full Text: PDF(302.2KB)
An efficient finite-element program utilizing approximate analytical solutions is described for the analysis of topographic waveguides for acoustic surface waves. In this method, the only ridge region is divided into triangular elements, and therefore it is possible to use computer memory more economically. Calculations have been made for the rectangular ridge waveguide, the dovetail ridge waveguide, the truncated knife edge waveguide and the wedge waveguide. The results obtained agree well with the earlier theoretical and experimental results.