UDC 681.5.011
IMPROVING AUTOMATED CONTROL SYSTEM OF TEMPERATURE-SPEED DEFORMATION MODES ON THERMAL-COMPRESSIVE TECHNOLOGY EQUIPMENT
M. V. Zharov, Ph.D. (Tech.), associate Professor of the TISAPRMP, MAI, Moscow Russia; This email address is being protected from spambots. You need JavaScript enabled to view it.
The paper deals with the technology of solving the problem of measuring and controlling system inertia, which leads to a deviation from the specified deformation modes. The aim of the work is to improve the automated control system for temperature and speed deformation modes on thermocompressive process equipment. The developed system ensures precise compliance with temperature and speed parameters of deformation. The use of the developed automated system is advisable to control deformation modes for isothermal stamping and for stamping in the state of superplasticity of a metallic material.
Key words: control system; information signal; application software; measuring and control functions; heating temperature; thermal-compression equipment, deformation rate, deformation, the formation of defects.