The research aims to derive equations for calculating stresses and force during the extrusion of square sections from a cylindrical workpiece.
Developed expressions based on the theory of plastic flow.
Applied calculations for stresses and force parameters during extrusion.
Focused on the extrusion of square cross sections from cylindrical billets.
Analytical expressions for stresses were derived.
Force parameters were systematically calculated and documented.
Findings enhance understanding of the extrusion process mechanics.
Abstract
Based on the theory of plastic flow, expressions are obtained for calculation of stresses and force parameters during the extrusion process and pressing of square sections from a cylindrical billet.