Spectral analysis of the scattering of elastic waves from a fluid-filled cylinder

Details Spectral analysis of the scattering of elastic waves from a fluid-filled cylinder Spectral analysis of the scattering of elastic waves from a fluid-filled cylinder

Jun 1988

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1988matev..46.1000d&link_type=abstract

Materials Evaluation (ISSN 0025-5327), vol. 46, June 1988, p. 1000-1005.

Computer Science

Sound

Elastic Waves, Fluid Filled Shells, Spectrum Analysis, Ultrasonic Tests, Wave Scattering, Air, Cavities, Mercury (Metal), Resonance Scattering, Specimen Geometry, Water

Scientific paper

In the framework of the resonance scattering theory, the scattering of elastic waves from a fluid-filled cylindrical cavity in a solid medium is investigated. Because the resonance spectrum has a strong dependence on the ratio of external and internal densities and sound velocities, fluid fillers of air, water, and mercury in a loading medium of aluminum and steel are considered. The investigation of the direct scattering problem of predicting the orientation, size, and nature of the fluid scatterer to be solved, if the cavity shape is known a priori to be cylindrical.

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