Improvement of methods and software for technological design of cold roller rolling sections

Authors

DOI:

https://doi.org/10.15802/tpm.3.2025.07

Keywords:

absolute compression, deformation, mathematical model, workpiece, pipe, statistical analysis

Abstract

The purpose of the work is to develop mathematical models of deformation parameters for rolling on CPTR mills with their implementation in the software for technological design of CPTR sections. The data for obtaining models are practical and experimental routes for the production of stainless-steel pipes of various assortments on HPTR mills. The data was structured and correlation-regression analysis was used for modeling. Based on the obtained deformation parameter models, software was developed that solves the issue of designing routes for the production of cold-formed pipes on CPTR mills. The results of the work make it possible to reduce the time for designing routes and production technologies, obtain new route options for selection and optimization of production in order to reduce route passes, metal consumption coefficient, and analyze the load on equipment.

References

Soloveva, I. A. (1987). Razrabotka mnogovariantnoi tekhnologii, issledovanie i vnedrenie ratsionalnikh rezhimov proizvodstva kholodnodeformirovannikh trub: [diss.].

Druyan, V. M., Gulyaev, Yu. G., & Chukmasov, S. A. (2001). Teoriya ta tekhnologiya trubnogo virobnitstva: pidruchnik. RIA "Dnipro-VAL".

Balakin, V. F., Zemlyanaya, O. N., Soloveva, I. A., & Nykolaienko, Yu. N. Razrabotka algoritmov i programmnogo obespecheniya rascheta parametrov proizvodstva kholodnodeformirovannikh trub prokatkoi na stanakh KhPTR. X mezhdunarodnaya nauchno-tekhnicheskaya konf. “Plastichnaya deformatsiya metallov”, 19-23 maya, 2014. T. 2. P. 215-218.

Balakin, V. F. Soloviova, I. A., Nykolaienko, Yu. M., & Bilan, K. S. (2017). Proektuvannya kombinovanikh marshrutiv virobnitstva kholodnodeformovanikh trub. Sistemni tekhnologii, 4, 56-62.

Soloviova, I. A., Nykolaienko. Yu. M. (2018). Proektuvannya marshrutiv virobnitstva kholodnodeformovanikh trub na stanakh KhPTR. Sistemni tekhnologii. 1(114), 160-165.

Soloviova, I. A., Nykolaienko, Yu. M., Balakin, V. F., Petrov, K. V., & Serpokril, V. M. Vikoristannya informatsiinikh tekhnologii dlya modelyuvannya tekhnologichnikh parametriv virobnitstva trub kholodnoyu rolikovoyu prokatkoyu. VII Mizhnarodna konf. “Innovatsiini tekhnologii v nautsi ta osviti. Evropeiskii dosvid” 23-25 grudnya 2024. Dniprovskii metalurgiinii institut UDUNT. P. 194-199.

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Published

2025-09-30

How to Cite

Soloviova , I., Nykolaienko , Y., & Balakin , V. (2025). Improvement of methods and software for technological design of cold roller rolling sections. Theory and Practice of Metallurgy, (3), 56–63. https://doi.org/10.15802/tpm.3.2025.07

Issue

No. 3 (2025)

Section

Articles

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