Hydrodynamic Model of the Phenomenon of “Jet” in Electrochemical Machining of Metals
During electrochemical machining of metals in the nterelectrode gap in places with low static pressure there is a phenomenon of cavitation. As part of the “ideal process” model of electrochemical processing, a two-dimensional problem is solved related to determining the shape of the treated surface taking into account attached cavitation. A condition is applied that allows taking into account the influence of the electric field on the hydrodynamics of the cavitating flow of an ideal incompressible liquid in the interelectrode gap.