The static strain pulse in the spatial domain at three different instants of time.
(a) The static displacement pulse in the spatial domain. (b) The displacement pulse in the time domain as received at the receiver.
Variation in the static displacement with the distance of propagation for , , , , and density of the material .
Validating the numerical simulations using second harmonic generation (columns 2 and 3) and theory of generation of static strain pulses (columns 4 and 5).
Invariance of the static displacement with the burst width of the tone burst (represented as number of cycles) and comparison with the theoretical model presented in this article.
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