Agricultural Engineering, Volume 54 (2022)


Andrii Shtuts, Mykola Kolisnyk
Vinnitsa National Agrarian University


The article presents the results of development and research of technological schemes of planting flanges on tubular (ring) workpieces by stamping by rolling cylindrical and conical rolls. It is shown that the achievement of significant dimensions of the various elements of the workpiece is possible by providing a directed flow of metal by changing the relative position of the roll and the workpiece. Planting of external flanges is one of the most effective operations of stamping by rolling, as it allows you to form a wide range of products with advanced geometric elements. To assess the technological capabilities of the flange landing operation, the most dangerous from the destruction positions of the workpiece zone was identified and the analysis of the stress-strain state of the material using the method of grids, hardness measurement and microstructural analysis. According to the results of the research, the ways of deformation of the particles of the material of the peripheral surface of the flange in the coordinates "intensity of deformations - an indicator of the stress state" are schematically constructed. These deformation paths are given against the background of curves of ultimate deformations of steels, which are built on the results of uniaxial compression and torsion of cylindrical specimens and using tested approximations. A mathematical model of deformation trajectories is constructed, for which a one-parameter function is taken as a basis, which is "glued" from the elementary function of the sine and tangent to it at some point in the line. To determine the used plasticity resource, a damage summation model with a power approximation of the damage function was adopted. As a result, we have for the first time described the general expression of the linear damage summation model for the case of the parametric deformation path problem. The graphical representation on the constructed model of accumulation of damages in material of a dangerous zone of a flange at landing by a method of rolling stamping (SHO) is resulted. Based on the constructed model, it is possible to model the accumulation of damage by changing the values of the model parameters for different materials and deformation paths, which, in turn, depend on the relative geometric parameters of the workpiece and its location relative to the rolling roll.

Keyword(s): rolling stamping (RS), pressure metal treatment (PMT), cold forging rolling stamping, cylindrical and conical rolls, flange landing, stress-strain state, deformability, model of linear summation of damages.


. Ogorodnikov V.A. (1983). Estimation of deformability of metals during pressure treatment. Kyiv: Higher school. C. 175. [in Ukranian].

. V.A. Matviychuk., I.S. Aliev. (2009). "Improvement of processes of local rotational processing by pressure on the basis of the analysis of deformability of metals". Kramatorsk: DGMA. Monograph. [in Ukranian].

. Gozhiy S.P., Krivda L.T. (2006). Stamping by rolling as a means of resource conservation. Scientific news of the National Technical University of Ukraine "Kyiv Polytechnic Institute". № 2 (46). Pp. 55-60. [in Ukranian].

. Kraievskyi V. O., Matviychuk, V. A., Mykhalevych, V. M. (2003). Vplyv tekhnolohichnykh parametriv na kinematyku kholodnoho tortsevoho rozkochuvannia. Udoskonalennia protsesiv ta obladnannia obrobky tyskom v mashynobuduvanni i metalurhii. Kramatorsk - Sloviansk. 286-291. [in Ukranian].

. Matviychuk V.A., Mikhalevich V.M., Kolisnyk M.A. (2022). Estimation of deformability of material of preparations at direct and return extrusion by a method of stamping by rolling. Vibrations in engineering and technology. №1 (104). Pp. 81-91. [in Ukrainian].

. Matviychuk V.A., Kolisnyk M.A., Shtuts A.A. (2018). Investigation of the stress-strain state of the workpiece material during direct extrusion by rolling stamping. Engineering, energy, transport of agro-industrial complex. № 3 (102). 77-84. [in Ukrainian].

. Mikhalevich V.M. (1998). Tensor models of damage accumulation. Vinnytsia: "UNIVERSUM - Vinnytsia". S. 195. [in Ukranian].

. A. Shtuts, M. Kolisnyk, V. Yavdyk. (2018). Improvement of processes of rolling stamping on the basis of investigation of technological parameters on the mechanics of workpieces formation. MOTROL. Commission of Motorization and Energetics in Agriculture. Р. 19-25. [in Poland].

. Gundebommu L., Matvijchuk V., Rubanenko O., Branitskiy Yu. (2021). Justification and development of methods building curves boundary deformation of metals. Materials Today: Proceedings. 38, pp. 3337–3344.

. Viktor Matvijchuk., Andrii Shtuts., Mykola Kolisnyk., Ihor Kupchuk., Iryna Derevenko. (2022). Investigation of the Tubular and Cylindrical Billets Stamping by Rolling Process with the Use of Computer Simulation. Periodica Polytechnica, Mechanical Engineering. №1 (66), Р. 51–58.

[in Hungary].

. Kupchuk I., Kolisnyk M., Shtuts A., Paladii M. (2021). Development of the technological process of forming rings from sheet samples by stamping rollers and rotary hood. Bulletin of the Transilvania University of Braşov. Series I: Engineering Sciences. Vol. 14 (63), № 2. P. 1-13.

[in Romania].

. Karnaukh S.G., Aliyev I.S., Matviychuk V.A., Tagan L.V. (2021). Development of dies with a differential clamp for cutting workpieces for precision stamping. Engineering, energy, transport of agro-industrial complex. №4 (115). Pp. 66-74. [in Ukranian].

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Agricultural Engineering ISSN 1392-1134 / eISSN 2345-0371

This journal is published under the terms of the Creative Commons Attribution-Noncommercial 3.0 Unported License. Responsible editor: Dr A. Žunda.