Investigation of movement dynamics of the multicomponent working environment during combined dimensional processing of surfaces with complex geometries

In the article, the authors consider the problem of dimensional processing of surfaces of complex geometry using multicomponent working environments. The results of dynamic modeling of the flow for combined processing with access to the technological parameters and the quality of the surface layer of finished parts are presented. As a result of the research, the geometric place of the optimal introduction of the solid filler into the electrolyte stream was established, and as a result, the rational design of the hydraulic technological element - the nozzle. The results of the work make it possible to increase the speed of the solid filler by 15% in comparison with the previously considered schemes of hydraulic elements. This, in turn, leads to an increase in the rate of anodic dissolution of the surface of a complex profile by 10 - 12%.