Видавничий дім "Патон", №Maksimov

maksimov s.yu.

Всього статей опубліковано в журналі«The Paton Welding Journal»: 50

1. V.N. Bernadsky, S.Yu. Maksimov, M.A. Netrebsky Floating welded megastructures (Review) (2002, №04)
2. S.Yu. Maksimov, I.M. Savich, S.M. Zakharov, N.V. Zajtseva, E.V. Kozlov Structure and properties of the metal deposited under the water by flux-cored wire with a nickel sheath (2003, №04)
3. V.S. But, S.Yu. Maksimov Influence of hydrostatic pressure in underwater wet welding on the properties of welded joints (2003, №05)
4. S.Yu. Maksimov, E.A. Prilipko, R.N. Ryzhov, V.A. Kozhukhar Effect of external electromagnetic action on hydrogen content in weld metal in wet underwater welding (2003, №06)
5. Yu.Ya. Gretsky, S.Yu. Maksimov Effect of hydrostatic pressure on arc stability in underwater welding (Review) (2003, №12)
6. V.I. Makhnenko, S.Yu. Maksimov, T.V. Korolyova Investigation of peculiarities of transport of hydrogen in underwater fusion welding of structural steels (2004, №01)
7. Yu.Ya. Gretsky, S.Yu. Maksimov Increase in stability of arc, burning under water, in flux-cored wire welding (2004, №02)
8. S.Yu. Maksimov Underwater wet welding of 17G1S steel with preliminary explosion treatment of edges (2004, №03)
9. N.V. Zajtseva, S.M. Zakharov, S.Yu. Maksimov, I.V. Lyakhovaya Properties of austenitic weld metal produced under the water (2004, №04)
10. S.Yu. Maksimov, A.A. Gurzhy Modeling the conditions of pore initiation in the weld metal in wet underwater welding (2004, №07)
11. R.N. Ryzhov, V.A. Kozhukhar, S.Yu. Maksimov, E.A. Prilipko Application of external electromagnetic actions for improvement of mechanical properties of welds in underwater wet welding (2004, №11)
12. S.Yu. Maksimov Evaluation of the influence of wet underwater welding conditions on the probability of pore formation in the weld metal (2005, №02)
13. R.N. Ryzhov, S.Yu. Maksimov, E.A. Prilipko, V.A. Kozhukhar Influence of external electromagnetic actions on the structure and composition of welds in wet underwater welding (2005, №11)
14. S.Yu. Maksimov, D.V. Krazhanovsky Content of acicular ferrite in weld metal in wet welding (2006, №01)
15. S.Yu. Maksimov, V.S. But, V.G. Vasiliev, S.M. Zakharov, N.V. Zajtseva Structure changes in HAZ metal of steel X60 welded joints in underwater welding (2006, №02)
16. I.O. Skachkov, A.E. Pirumov, S.Yu. Maksimov, E.A. Prilipko On neural network application for welded joint quality control in underwater welding (2006, №06)
17. O.M. Portnov, S.Yu. Maksimov Numerical modelling of absorption of gases by deposited metal in wet underwater welding (2006, №07)
18. A. E. Pirumov, I.O. Skachkov, S.A. Suprun, S.Yu. Maksimov Specialized information-measuring system for monitoring the process of arc welding (2007, №08)
19. V.N. Martinovich, N.P. Martinovich, V.A. Lebedev, S.Yu. Maksimov, V.G. Pichak, I.V. Lendel High-quality hose packs for underwater welding and cutting (2010, №09)
20. I.K. Pokhodnya, V.N. Shlepakov, S.Yu. Maksimov, I.A. Ryabtsev Research and developments of the E.O. Paton Electric Welding Institute in the field of electric arc welding and surfacing using flux-cored wire (Review) (2010, №12)
21. A.V. Vladimirov, V.A. Khabuzov, V.A. Lebedev, S.Yu. Maksimov, A.A. Galyshev All-purpose power source for arc welding and plasma cutting (2011, №01)
22. L.M. Lobanov, V.A. Lebedev, S.Yu. Maksimov, A.N. Timoshenko, P.V. Goncharov, I.V. Lendel, R.I. Klochko New capabilities of mechanized arc spot welding using pulse effects (2012, №05)
23. O.Yu. Gorobets, S.Yu. Maksimov, E.A. Prilipko Mechanism of electromagnetic degassing of liquid metal in underwater welding (2012, №06)
24. S.Yu. Maksimov, I.V. Lyakhovaya Wet underwater welding of low-alloy steels of increased strength (2013, №08)
25. S.Yu. Maksimov, V.V. Machulyak, A.V. Sheremeta, E.I. Goncharenko Investigation of influence of microalloying with titanium and boron of weld metal on its mechanical properties in underwater welding (2014, №06)
26. K.A. Yushchenko, A.V. Bulat, N.Yu. Kakhovsky, V.I. Samojlenko, S.Yu. Maksimov, S.G. Grigorenko Investigation of composition and structure of weld metal of Kh20N9G2B type made in wet underwater welding (2014, №06)
27. V.A. Lebedev, S.Yu. Maksimov, V.G. Pichak, D.I. Zajnulin Automatic machine for wet underwater welding in confined spaces (2014, №09)
28. V.S. But, S.Yu. Maksimov, O.I. Olejnik Cracking susceptibility of welded joints in repair structures on main gas pipelines (2014, №11)
29. I.V. Lendel, S.Yu. Maksimov, V.A. Lebedev, O.A. Kozyrko Effect of pulsed electrode wire feeding on formation and wear resistance of deposited bead and losses of electrode metal in CO2 arc surfacing (2015, №06)
30. O.G. Levchenko, S.Yu. Maksimov, A.O. Lukianenko, I.V. Lendel Comparative hygienic evaluation of arc welding process at constant and pulsed electrode wire feed (2015, №12)
31. O.I. Olejnik, S.Yu. Maksimov, A.P. Paltsevich, E.I. Goncharenko Development of technology of mechanized arc welding in repair of pressurized main gas pipeline (2016, №03)
32. S.Yu. Maksimov Development of technology of sealing heat exchanger pipes by automatic wet underwater welding (2017, №06)
33. I.V. Lendel, V.A. Lebedev, S.Yu. Maksimov, G.V. Zhuk Automation of welding processes with use of mechanical welding equipment (2017, №06)
34. A.A. Golyakevich, L.N. Orlov, S.Yu. Maksimov Peculiarities of welding process using metal cored wire of TMV5-mk grade (2019, №06)
35. S.Yu. Maksymov, V.S. Sydoruk, D.M. Krazhanovskyi Features of arc with pulsed self-regulation of electrode melting process in manual arc welding (2019, №12)
36. S.Yu. Maksymov, A.A. Gavrilyuk, D.M. Krazhanovskyi Development of the technology of semi-automatic arc welding for the conditions of overhaul and reconstruction of the linear part of the main gas pipelines of Ukraine (2020, №11)
37. S.Yu. Maksymov, O.M. Berdnikova, O.O. Prilipko, T.O. Alekseenko, E.V. Polovetskyi Influence of external electromagnetic field on parameters and defects of crystal lattice of metal of welded joints during underwater welding (2021, №01)
38. S.Yu. Maksymov, O.M. Berdnikova, O.O. Prilipko, T.O. Alekseyenko, Ye.V. Polovetskyi, A.A. Radzievska Modeling the action of electromagnetic field on the structure formation of joints welded under water (2021, №06)
39. S.Yu. Maksymov, A.A. Radzievska, D.V. Vasyliev, G.V. Fadeeva Problems of wet underwater welding of duplex steels (2021, №09)
40. S.Yu. Maksymov, D.M. Krazhanovskyi, Yu.A. Shepelyuk, S.V. Osynska Effect of parameters of pulsed-arc welding on the formation of weld metal and microstructure of heat-affected zone of 09G2S steel (2022, №03)
41. O.D. Razmyshlyaev, S.Yu. Maksymov, O.M. Berdnikova, O.O. Prylypko, O.S. Kushnyaryova, T.O. Alekseyenko Effect of external electromagnetic field configuration on metal structure of welded joints of structural steel (2022, №10)
42. O.D. Razmyshlayev, S.Yu. Maksymov, O.M. Berdnikova, O.O. Prylypko, O.S. Kushnarjova, T.O. Alekseenko Influence of the frequency of external electromagnetic field on the structure of 09G2S steel welded joints (2023, №01)
43. S.Yu. Maksymov, G.V. Fadejeva, A.A. Radzijevska, D.V. Vasyljev Features of welding duplex stainless steels in wet underwater welding in comparison with welding in air (Review) (2023, №10)
44. S.Yu. Maksymov, G.V. Fadeeva, Jia Chuanbao, V.A. Kostin, A.A. Radzievskaya, D.V. Vasilyev Influence of cooling rate on microstructure and phase composition of HAZ of duplex (DSS) 2205 STEEL in wet underwater welding (2024, №01)
45. S.Yu. Maksymov, S.G. Voinarovych, S.N. Kaliuzhnyi, O.N. Kyslytsia, I.S. Sviridova, D.L. Alontseva, Ridvan Yamanoglu Coating for medical application produced by microplasma spraying from Zr‒Nb alloy (2024, №12)
46. G.V. Fadeeva, S.Yu. Maksymov, Chuanbao Jia, D.V. Vasiliev, A.A. Radzievska Determination of the quantitative phase composition of the metal of welded joints of high-alloy steels, including duplex steels (2025, №03)
47. S. Maksymov, D. Krazhanovskyi Effectiveness of application of pulsed mode of arc burning in WET underwater welding (2025, №07)
48. S.Yu. Maksymov, A.A. Babinets, I.P. Lentyugov, V.V. Osin Welding and technological properties of sparsely alloyed flux-cored wires for strengthening and repair of parts by arc surfacing (2025, №07)
49. S.M. Kaliuzhnyi, S.Yu. Maksymov, S.G. Voinarovych, O.M. Kyslytsia, N.V. Ulyanchich, V.V. Kolomiiets, V.M. Teplyuk, N.V. Prokhorenkova Features of formation of biocompatible coatings from silver-doped hydroxyapatite powder by microplasma spraying (2025, №12)
50. G.V. Fadeeva, S.Yu. Maksymov, Jia Chuanbao, D.V. Vasiliev, A.A. Radziyevska, Han Yanfei Effect of aqueous environment on gas saturation of high-alloy deposited metal during wet underwater welding of duplex steels in sea water (2026, №07)

2026.07.07
На сайті викладені у відкритий доступ 6 книг. Дивіться в розділі КНИГИ

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2026.06.29 Згідно з Наказом Міністерства освіти і науки України, № 928 від 11 червня 2026 р. наукові періодичні видання «Автоматичне зварювання», «Сучасна електрометалургія», «Технічна діагностика та неруйнівний контроль» включено до переліку наукових фахових видань України у межах відповідних кластерів з 01 червня 2026 р. по 31 травня 2029 р. з присвоєнням категорії «Б».

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Науково-практичні семінари:
«3D ДРУК МЕТАЛЕВИХ ВИРОБІВ»
(26 травня 2026 р.)
та «НЕРУЙНІВНИЙ КОНТРОЛЬ ТА МОНІТОРИНГ ТЕХНІЧНОГО СТАНУ»
(27 травня 2026 р.)

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2026.03.05
НОВІ КНИГИ

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2026.01.03 Доступні для завантаження пдф-файли статей «The Paton Welding Journal» за 2024 рік!

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2025.12.05
We are pleased to announce that on 5 December 2025, Scopus accepted our application for indexing “The Paton Welding Journal”. Importantly, this decision includes indexing articles published between 2022 and 2025. We sincerely congratulate us all on this joint achievement and encourage Authors to submit new manuscripts.

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2025.12.05
Збірка тез пленарних та стендових доповідей конференції Зварювання та споріднені технології для відновлення України

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2025.06.02
Зб. тез доповідей наук.-техн. семінарів: 3D друк металевих виробів. Неруйнівний контроль та моніторинг технічного стану

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Пропонуємо оформити передплату на видання ІЕЗ ім. Є.О. Патона на 2027 рік.

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2023.12.15 Збірка тез доповідей конференції “Сучасні напрями розвитку адитивних технологій”

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