Computer-Aided Modeling of a Screw Firmware of the Workpiece and Adequacy Evaluation of Solution Results

Abstract:

In the work were set and solved the task of the FEM simulation process, the screw firmware blank on the double roller mill with mushroom-shaped rolls. The decision of the task allowed us to calculate the parameters of the contact surface of the workpiece to roll as well as the analysis of dimensional accuracy of the casings. The adequacy of the models is proved by comparison of calculated and experimental values of the parameters of the contact surface and the sizes of the casings. Implementation of the developed technical solutions for adaptation of a piercing mill in the shop No1 PJSC "STZ" has allowed to provide high stability of the rolling of thin-walled shells with size 328×433 of 20.55 mm x 26,9 mm.

• Periodical: Solid State Phenomena (Volume 265)
• Pages: 931-936
• DOI: https://doi.org/10.4028/www.scientific.net/SSP.265.931
• Online since: September 2017
• Authors: Vladimir Toporov, O. Panasenko, Danis Sh. Nukhov*, Aleksandr Bogatov, K. Pyankov
• Keywords: Computer Modeling, Dimensional Accuracy of Casings, Energy-Power Parameters of Process, Industrial Joint Stock Company, Length of Deformation, Physical Modeling, Screw Firmware, Solid State Model, Width of Deformation

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