Abstract
A possibility for reconstruction of the Green function for a three-dimensional elastic body (resonator) is considered. The initial data are the elasticity tensor for the resonator material that is measured by the technique of resonance acoustic spectroscopy and its complex vibration response. Possibility for the response reconstruction and determination of the coordinates for a force source of vibration excitation according to the measured data is demonstrated. The difference between the measured and synthesized responses is small that provides an opportunity to perform continuous calibration of acoustic measurements and determine the distribution of stress and strain within a solid.
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