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In this paper, the complex research method was used which includes theoretical analysis and verification of the results using numerical simulation in the Pam-Stamp 2G solution. During the determination of the stress-strain condition of the workpiece the functional was solved which allows minimal thickness fluctuations of the thin-walled parts during the forming. The radius of the punch was chosen as a variable parameter. Its calculated values served as input parameters for the simulation.

Simulation of plastic forming process by variation of geometric parameters