About the Long-Range Dependence of Cavitation Effect on a Copper Alloy

Abstract

Damages produced by cavitation on the materials under their action must be carefully monitored to determine the material's mass loss and changes in its properties. Moreover, describing the process evolution is important for practical applications related to the failure of components made of a certain material. In this context, this article investigates the long-range dependence of the mass loss of a copper alloy sample under ultrasound cavitation.