Bulk probing of shock wave spatial distribution in opaque solids by ultrasonic interaction
Article dans une revue avec comité de lecture
Auteur
DUCOUSSO, MathieuCUENCA, Eduardo MARMONIER, Maxance VIDEAU, Laurent COULOUVRAT, FrançoisBERTHE, LaurentRésumé
We present a method to investigate the bulk propagation of a shock wave in a thick, opaque metallic plate. The shock wave is generated by laser-loading. An elastic plane probe wave, contra-propagative with respect to the shock, is emitted by means of a phase-array device. Shock propagation monitoring is performed by analyzing on the phase-array detection the acoustic elastic plane wave after its interaction with the shock. The time-space detection of the probe wave allows to evaluate the spatial distribution of the shock wave all along its propagation in the opaque structure, from near to far field. Applications range from fundamental wave science to laser-loading material science.
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