Computational-and-experimental evaluation of the implementation condition of combined rolling–pressing using the power balance method

Abstract

The results of solving the problem of determining the implementation of combined rolling–pressing (CRP) are presented. Components of the total power for the process under study are written in the analytical form, they are calculated with the help of the computer program, and the influence of separate factors on the CRP implementation is analyzed. The possibility of implementing the process for CRP conditions of aluminum alloys with the use of a pilot installation of the combined treatment is evaluated quantitatively using the capacity reserve coefficient as the main criterion.