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Ferenc K, Ferenc J. Welded structures. Connections. Warsaw: Wydawnictwo Naukowe PWN; 2018: 460 (in Polish).Search in Google Scholar
Szal A, Orzech K, Klich J, Szwed W, Kalisz K, Bodynek P. A method for grinding the longitudinal welds of the outer cargos and a device for grinding the longitudinal welds of the outer cargos. Patent No. 166176, dated 03.07.1991 (in Polish).Search in Google Scholar
Cyfka D, Subocz K. Milling machine for machining the weld ridge. Patent No. 174051, dated 13.01.1998 (in Polish).Search in Google Scholar
Bratt G, Martinsson H, Nordstroem M, Ostgren A. Method and device for machining a joint between two components. Patent No. 327604, dated 20.12.1996 (in Polish).Search in Google Scholar
Dworow JI, Orlow WE. Deforming and cutting broach. Publication DE 26 12 323, filing date: March 23, 1976 ( in German).Search in Google Scholar
Dvirna O. Cutting tool for post weld surface finishing. Utility model № 146641, 10.03.2021.Search in Google Scholar
Dvirna O. Method of post weld surface finishing. Utility model № 146640, 10.03.2021.Search in Google Scholar
Kowalczyk L. Physical modelling of metal forming processes. Radom: Publishing House of the Institute of Exploitation Technology; 1995: 371 (in Polish).Search in Google Scholar
Dvirna O. The physical modelling of high speed broaching of the heat-resistant steels for studies surface layer quality. Journal of KONES. 2019; 26(3): 23-29. Available from: https://kones.eu/ep/2019/vol26/no3/23-30_JOK_2019_NO.3_VOL.26_ISSN_1231-4005-DVIRNA.pdf.Search in Google Scholar
Dvirna O. Influence of the cutting tool properties on the treatment surface quality in the heat resistant steel broaching. Materials, technologies, constructions: special purpose processes. Stalowa Wola: Oficyna Wydawnicza Politechniki Rzeszowskiej. 2019: 27-38. Available from: https://www.worldcat.org/title/materials-technologies-constructions-special-purpose-processes/oclc/1150663530&referer=brief_resultsSearch in Google Scholar
Górski E, Harasymowicz J. Fundamentals of cutting tool design together with technological issues. Warsaw: Wydawnictwa Naukowe PWN; 1980: 608 ( in Polish).Search in Google Scholar
Kunstetter S. Fundamentals of cutting tool design. Warsaw: Wydawnictwa Naukowo-Techniczne; 1980: 505 ( in Polish).Search in Google Scholar
Gawlik E, Gil S, Zagórski K. Design of technological processes of machining. Cracow: Wydawnictwa AGH; 2019: 318 ( in Polish).Search in Google Scholar
Demidov VV, Kireev GI, Smirnov MY. Calculation and design of broaches. Ulyanovsk: Ural State Technical University; 2005: 79 (in Russian).Search in Google Scholar
Collection of thematic information materials: Drawing of heat-resistant materials. Edited by Vilkul V.V. Nikolaev: ONTIiZAPP; 2009: 277 (in Ukrainian).Search in Google Scholar
Dvirna O, Zembrzuska N. Technological methods of ensuring the reliability of lock connections in marine gas turbines. Journal of KONBiN. 2022; 52 (3): 149-163. Available from: http://www.journal.itwl.pl/images/2022t52v3/09%20Journal-Volume_52_Issue_3_149_164_page.pdf (in Polish)Search in Google Scholar
Dvirna O. Multi-tool fixing set for post-weld finishing surfaces, application of multi-tool fixing set for post-weld finishing surfaces and method of manufacturing multi-tool fixing set for post-weld finishing surfaces. Patent application for invention No. P.443376 dated 30.12.2022 (in Polish)Search in Google Scholar
Dvirna O. A method of finishing post-welding surfaces and a tool for implementing this method. Application for Patent for Invention No. P.433166 dated 07.03.2020 (in Polish)Search in Google Scholar