On the Inverse Elastic Scattering by Interfaces Using One Type of Scattered Waves

We deal with the problem of the linearized and isotropic elastic inverse scattering by interfaces. We prove that the scattered p -parts or s -parts of the far field pattern, corresponding to all the incident plane waves of pressure or shear types, uniquely determine the obstacle geometry for both th...

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Veröffentlicht in:Journal of elasticity 2015-01, Vol.118 (1), p.15-38
Hauptverfasser: Kar, Manas, Sini, Mourad
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description We deal with the problem of the linearized and isotropic elastic inverse scattering by interfaces. We prove that the scattered p -parts or s -parts of the far field pattern, corresponding to all the incident plane waves of pressure or shear types, uniquely determine the obstacle geometry for both the penetrable and impenetrable obstacles. In addition, we state a reconstruction procedure. In the analysis, we assume only the Lipschitz regularity of the interfaces and, for the penetrable case, the Lamé coefficients to be measurable and bounded, inside the obstacles, with the usual jumps across these interfaces.
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subjects Automotive Engineering
Classical Mechanics
Elastic scattering
Elasticity
Far fields
Inverse
Obstacles
Physics
Physics and Astronomy
Plane waves
Reconstruction
Regularity
title On the Inverse Elastic Scattering by Interfaces Using One Type of Scattered Waves
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