Modelling of electrochemical machining by the axisymmetric electrode tool with variable anode polarization

Abstract

Process of electrochemical machining is modeled by means of the solution of a problem for definition of analytical function on parametrical area in the form of a circle. Unlike a plane problem for determination of electric field strength integral transformations of analytical function are used. On this basis the numerical-analytical method of the solution of a problem which allowed to use nonmonotonic dependence of current density on anode potential for modeling is developed. Distributions of potential and components of current density on the anode are received.