Abstract
It is possible to employ the extended boundary condition equations (EBC) method due to Waterman to describe scattering from axially symmetric submerged elastic targets over a broad frequency range. The problem of scattering from cylinders with hemispherical end caps offers one a useful target to analyze. Resonance phenomena predicted by the EBC calculations are analyzed and a systematic study of results is presented. In addition, bending resonances are predicted by the theoretical calculations and compared with predictions from bar theory. A series of predictions are made for various materials and aspect ratios to aid future experimental work.
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