Vol. 30 No. 4/118 (2025)

Articles

• Development of Plasma-Sprayed Copper Alloy–Nickel-Clad Graphite Composite Coatings with Enhanced Tribological Properties

  O. Terentjev, O. Umanskyi, O. Kushchev, V. Varchenko, V. Konoval, O. Bondarenko, V. Kurilovych

  6-13

  • pdf

• Initiation of a data bank of activation energy values for tribo-reaction wear and modification of Shkh 15 and Steel 45 steels in the environment of hydrocarbon liquids

  O.I. Bogdanovych, S.O. Puzik, V.V. Tokaruk, A.M. Khimko

  14-20

  • pdf

• Modifying NiAl intermetallic powder by phosphorus cladding for plasma-sprayed coatings and studying their structure and tribological properties

  T. Levchuk, O. Poliarus, V. Konoval, O. Makarenko

  21-30

  • pdf

• Optical interferometry for assessing lubricating film properties

  V. Akhmatov, D. Stetskyi

  31-36

  • pdf

• The influence of high-entropy alloys on the abrasive wear index of ultra-high-molecular-weight polyethylene

  А.-М.V. Tomina, V.Yu. Shurpik, Ye. A. Yeriomina, Predrag Dašić, V.B. Burzaiev

  37-41

  • pdf

• https://doi.org/10.3103/S106836662201010X

  A. Gypka, D. Stukhliak, D. Mironov, O. Totosko, R. Khoroshun, L. Slobodian, M. Kostyuk

  42-49

  • pdf

• Enhancement of corrosion–mechanical wear resistance of metallic alloys by glow-discharge nitriding

  M.S. Stechyshyn, N.S. Mashovets, S.Ya. Pidhaichuk, V.M. Shevchuk, А.V. Korinnyi

  50-56

  • pdf

• Influence of surfacing modes on the properties of high-carbon coatings

  V. Shenfeld, O. Bodnar, O. Shylina

  57-61

  • pdf

• Analytical study of an improved mathematical model of the hydraulic drive of the garbage truck’s sealing plate mechanism, taking into account the wear of its hydraulic cylinder

  O.V. Bereziuk, V.I. Savulyak, V.O. Kharzhevskyi, S. Cv. Ivanov, A.Ye. Alekseiev

  62-71

  • pdf

• Enhancing the reliability and wear resistance of high-speed cutting tools through the use of ionized air-oil lubrication media in machine part restoration

  D.D. Marchenko, K.S. Matvyeyeva, O.O. Lymar, V.M. Kurepin

  72-78

  • pdf