Optimization of control of plating process in bath with multisection anodes with use of genetic algorithms

In this work the question of optimum control of process of electroplated coating in a bath with multisection anodes is considered. The analyses of processes of modern management methods in the plating bath with multisection anodes. The research effect of current density, distance between electrodes, the intensity of mixing the electrolyte and shapes and sizes of workpieces on the uniformity of the coating thickness. As a result of the conducted researches it is established the extremal character of dependence of uniformity of a covering on density of current and interelectrode distance is established. The analysis of methods of search of an extremum. An algorithm for solving optimal control application process tasks electroplating bath with multisection anodes using genetic algorithms.