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Near-field acoustic streaming jet
2015
Physical Review E
A numerical and experimental investigation of the acoustic streaming flow in the near field of a circular plane ultrasonic transducer in water is performed. The experimental domain is a parallelepipedic cavity delimited by absorbing walls to avoid acoustic reflection, with a top free surface. The flow velocities are measured by PIV, leading to well resolved velocity profiles. The theoretical model is based on a linear acoustic propagation model, which correctly reproduces the acoustic field
doi:10.1103/physreve.91.033011
pmid:25871206
fatcat:xkihebkbinh6tdo642yekpg3bq