Zhargalova

The paper studies the overall picture of deformation of thin-walled parts while turning them on the lathes. Its objective is to define configuration and value of the process-induced deformations under turning conditions of mechanical engineering. The paper investigates the parts of class “tube” and “disk”. A solution of the problem under consideration uses computer simulation in ANSYS software environment. The study task is to estimate the prospects for concept development to machine the thin-walled parts with controlled deformation under “soft” turning conditions. The simulation has shown that the change of turning conditions within the studied intervals causes changing deformations of parts in the range from 0.1 to 3 values of tolerance zone. This result can be a basis to plan further activities in the field concerned.

One of the important tasks of the modern manufacturing is product quality control assurance. This article deals with the quality control assurance of secondary aluminum forms of section and creating of the mathematical model of manufacturing quality control. Block diagram of manufacturing process with artificial neural network using was developed. Proposed model and algorithm became the foundation for developing of automated system for manufacturing quality control assurance. Proposed system tested on real problems presents stability of analysis of parameters of products quality