Oct 19, 2019   4:54 p.m. Kristián
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Research on causes of geometrical deviations in the production of seamless tubes and their technological inheritance with emphasis on the shape stability of precision cold drawn tubes using metrological systems

Supervisor: doc. Ing. Ladislav Morovič, PhD.

Basic information   Workers      

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Project description:The shape stability of the steel tubes has a major influence on the further technological process of the tube processing, i. e. on secondary production. It is a very important parameter in terms of functionality, for example, active and passive parts of a car, where the dimensional tolerance fields are one of the toughest in terms of prodution itself. It is important to pay attention to the research of the shape stability of the tubes by means of contact metrology systems (coordinate measuring machine with touch probe) and non-contact measuring systems (optical 3D scanner using active triangulation (structured light)). The resulting properties of the tubes depends on a number of factors, e.g. from the shape instability in the individual phases of the production process in the process of production of tubes in Železiarne Podbrezová. The shape stability and the occurrence of geometric deviations are affected by the eccentricity that occurs primarily in the perforation process due to the off-centered punch, where there is uneven distortion due to the change in the original cross-sectional area of the blank on the radial removing of the material. In the process of producing tubes at the tensile reduction, a polygon is formed which results in uneven deformation caused by the stands in which the rolls are placed. Uneven distortion affects the internal structure of the material and hence the shape stability in the subsequent operation due to the anisotropy of properties. Experimental processes will be numerically simulated in the software DEFORM 3D. The aim is to identify, quantify and subsequently determine the effect of geometrical deviations on the instability of the tube dimensions and their technological inheritance, which is supposed to meet the most stringent technical and supplier conditions for the industry.
Kind of project:APVV - Všeobecná výzva ()
Department:Institute of Production Technologies (MTF)
Project identification:APVV-18-0418
Project status:In process of execution
Project start date :01. 07. 2019
Project close date:30. 06. 2023
Number of workers in the project:14
Number of official workers in the project:14

Official project workers

The following table shows the researcher workers who have been assigned official roles in a project.

OfficerOfficial roles
doc. Ing. Ladislav Morovič, PhD.zodpovedný riešiteľ
doc. Ing. Jozef Bílik, PhD.spoluriešiteľ
Ing. Eva Buranská, PhD.spoluriešiteľ
Ing. Ivan Buranský, PhD.spoluriešiteľ
doc. Ing. Augustín Görög, PhD.spoluriešiteľ
Ing. Ingrid Görögová, PhD.spoluriešiteľ
doc. Ing. Mária Kapustová, PhD.spoluriešiteľ
Ing. Michaela Kritikos, PhD.spoluriešiteľ
Ing. Marcel Kuruc, PhD.spoluriešiteľ
Ing. Barbora Ludrovcováspoluriešiteľ
Ing. Ján Milde, PhD.spoluriešiteľ
prof. Dr. Ing. Jozef Peterkaspoluriešiteľ
Ing. Róbert Sobota, PhD.spoluriešiteľ
Ing. Ján Urminský, PhD.spoluriešiteľ