Paper Title :Nonlinear Model of the Transmission of Sound Through Cavitating Bubbly Liquids

Author :Francisco J. Trujillo

Article Citation :Francisco J. Trujillo , (2018 ) " Nonlinear Model of the Transmission of Sound Through Cavitating Bubbly Liquids " , International Journal of Advances in Science, Engineering and Technology(IJASEAT) , pp. 93-96, Volume-6, Issue-4, Spl. Iss-1

Abstract : This paper addresses one of the greatest challenges in sonochemistry that has impaired scaling up ultrasonic processes, which is the lack of models capable of predicting the pressure distribution in sono-reactors. In this work, a recently proposed nonlinear Helmholtz equation, which was strictly demonstrated under the assumption of periodicity of volume fluctuations, was used to predict sound attenuation at low and high pressure amplitudes. The model predicted accurately the sound attenuation at low pressure amplitudes while it also represented the many fold increase on attenuation observed under caviation conditions. Keywords - Ultrasound, cavitation modeling; nonlinear acoustics; bubble dynamics; acoustic pressure distribution

Type : Research paper

Published : Volume-6, Issue-4, Spl. Iss-1

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