Features of formation and destruction of clad layers cored wires system Fe-Cr-BC for shock
Abstract
Investigated the deposited layers of PD Cr10B4Mn2Si that formed during welding flux influence the conditions of horizontal and vertical vibrations. The features of destruction studied weld metal in conditions of shock. Established that horizontal vibration for oscillation amplitude 0.3 mm shock durability increases by 1,2 times.References
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2. Sorour A. A., Chromik R. R., R. Gauvin, I. H., Brochu M. 2Understanding the solidification and mi-crostructure evolution during CSC-MIG welding of Fe–Cr–B-based alloy. Material scharacterizaon 86., 2013. P. 127 – 138
3. Pohmurska H.V., Voytivich A. A. Impact-abrasive wear of the surface layers, flux cored wire system Fe -Cr-B- C. Scientific Bulletin NLTU Ukraine. 2015. 25.3. P. 129 – 135.
4. Shufeng Wanga, Huiqi Li, Xiang Chenb, Jing Chia, Min Li, Lu Chai, Hui Xua. Improving micro-structure and wear resistance of plasma clad Fe-based alloy coating by a mechanical vibration technique during cladding. Materials Science and Engineering A 528, 2010. P.397–401.
5. Pul'ka Ch. V., Shablyy O. N., Senchyshyn V. S., Sharik M. V., Hordan' H. N. Влияние вибраций детали в процессе наплавки на структуру и свойства металла. Automatic welding № 1,705, 2012. P. 27 - 29.
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Published
2016-02-16
How to Cite
Войтович, А., Похмурська, Г., Студент, М., & Студент, О. (2016). Features of formation and destruction of clad layers cored wires system Fe-Cr-BC for shock. Problems of Tribology, 78(4), 105–114. Retrieved from https://tribology.khnu.km.ua/index.php/ProbTrib/article/view/495
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