In the context of wave propagation in damaged (elastic) solids, an analytical approach for antiplane oblique penetration of a plane wave through a periodic array of rectangular defects is developed. Reducing the problem to integral equations holding over the openings, an approximation of low-frequency type leads directly to explicit analytical formulas for the scattering parameters. Numerical solution of the governing equations provides graphs which are compared with an exact full-numerical solution and previous analytical results.
Wave penetration in elastic solids with periodic array of rectangular defects: oblique incidence
SCARPETTA, Edoardo;TIBULLO, VINCENZO
2005-01-01
Abstract
In the context of wave propagation in damaged (elastic) solids, an analytical approach for antiplane oblique penetration of a plane wave through a periodic array of rectangular defects is developed. Reducing the problem to integral equations holding over the openings, an approximation of low-frequency type leads directly to explicit analytical formulas for the scattering parameters. Numerical solution of the governing equations provides graphs which are compared with an exact full-numerical solution and previous analytical results.File in questo prodotto:
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