A 100-billion-atom MD simulation shows cavitation bubbles nucleating near an ultrasonic horn to form clusters that periodically split and merge in sync with the driving oscillation, with subharmonic pressure and temperature spikes inside bubbles but negligible impact on bulk acoustic properties.
Louisnard, Ultrason
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100-Billion-Atom Molecular Dynamics Simulation of Acoustic Cavitation in a Simple Liquid
A 100-billion-atom MD simulation shows cavitation bubbles nucleating near an ultrasonic horn to form clusters that periodically split and merge in sync with the driving oscillation, with subharmonic pressure and temperature spikes inside bubbles but negligible impact on bulk acoustic properties.