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Phase Composition, Mechanical and Tribological Properties of Ti–Al–N System Coatings Deposited by Vacuum-Arc Method
Posylkina O., Latushkina S., Komarovskaya V.
The Effect of Orienting Carbon Coatings Alloyed with Carbide-Forming Elements on the Antifriction Properties of Lubricants
Buyanovskii I., Bolshakov A., Levchenko V.
Effect of active gas mixture composition on tribological behavior of coatings obtained by reactive magnetron sputtering of chromium in acetylene–nitrogen and acetylene–air gas mixtures
Khrushchov M., Marchenko E., Atamanov M., Levin I., Tarelkin Y.
Improving the Antifriction Properties of Ceramic Coatings Obtained by the Method of MAO on Aluminum Alloys
Zlotnikov I., Shapovalov V.
Tribolical Study of Cermet Coatings Al–Sn–Zn–Al2O3 for Friction Couples
Gerashchenkov D., Sobolev M., Markov M., Gerashchenkova E., Bykova A., Krasikov A., Makarov A.
Influence of Parameters of Reactive Magnetron Sputtering on Tribomechanical Properties of Protective Nanostructured Ti–Al–N Coatings
Klimovich I., Komarov F., Zaikov V., Kuleshov A., Pilko V.
Mechanisms of friction of bicomponent coatings of thermodynamically incompatible metals produced using vapor condensation on cryogenic surfaces
Kavaliova I., Grigoriev A., Gubenko M., Stolyarova O.
Modeling of Indentation of Hard Coatings by an Arbitrarily Shaped Indenter
Stepanov F., Torskaya E.
Durability Evaluation for Friction Pairs with Solid Lubrication Coatings under Reverse Motion
Khopin P., Kozlova O., Gorbach L.
Role of the strengthening phases in abrasive wear resistance of laser-clad NiCrBSi coatings
Makarov A., Soboleva N., Malygina I.
Fretting wear of composite ceramic coating produced on D16 aluminum-based alloy using microarc oxidation
Lesnevskiy L., Lyakhovetskiy M., Savushkina S.
Wear Resistance of Fe33Ni8Cr8W8Mo8Co8C16B11 Metallic Glass-Based Electrospark Coatings
Burkov A., Pyachin S., Zaytsev A., Syuy N., Zaykov E.
Friction of ultrathin Si, F-containing coatings
Krasnov A., Naumkin A., Panova M., Pereyaslavtsev A., Gavryushenko N., Bulgakov V., Yudin G., Kovaleva T.
Comparative friction characteristics of high-entropy mononitride coatings
Gorban’ V., Zakiev I., Sarzhan G.
Investigation of the Fracture and Strength of a Compound with a Carbide Base of a Wear-Resistant Ion-Plasma Vacuum-Arc Ti–N, Ti–Al–N, Ti–Al–Cr–N, and Ti–Al–Ni–N Coatings by the Scratch Testing
Blinkov I., Belov D., Volkhonskii A., Chernogor A., Sergevnin V., Demirov A.
Examination of the coating of a cutting tool based on measurements microhardness and scratch tests
Kaczyński R., Hościło B.
Computer simulation of the contact of rough surfaces
Sutyagin O., Bolotov A., Rachishkin A.
Comparison of Mechanical and Tribological Properties of Nitride and Oxynitride Coatings Based on Chrome and Zirconium Obtained by Cathodic Arc Evaporation
Warcholinski B., Gilewicz A., Kuprin A., Tolmachova G., Ovcharenko V., Kuznetsova T., Lapitskaya V., Chizhik S.
Properties of Coatings Based on Carbon and Nitrogen-Doped Carbon Obtained Using a Pulsed Vacuum Arc Method
Kovaleva M., Kolpakov A., Poplavsky A., Galkina M., Gerus J., Lyubushkin R., Mishunin M.
Energy-mechanical concept of the durability prediction of friction units on the wear resistance criterion of elements
Antsupov Jr A., Antsupov A., Antsupov V., Slobodianskii M., Rusanov V.
Wear of friction pairs made of titanium carbide-based metal–ceramic material
Shuster L., Mamleyev R., Kamaletdinova R., Chertovskikh S., Kireev R.
Improving Abrasive Wear Resistance for Steel Hardox 400 by Electro-Spark Deposition
Katinas E., Jankauskas V., Kazak N., Michailov V.
Deformations Features of TiN Doped Coatings with Columnar Structure in Tribological Tests
Ovchinnikov S., Pinzhin Y.
Tribological properties of combined molybdenum coatings formed by electric-spark alloying on stainless steel
Padgurskas J., Agafii V., Mikhailov V., Rukuiza R., Kreivaitis R.
Formation of wear-resistant nanostructured TiN/Cu coatings
Latushkina S., Romanov I., Zhizhchenko A., Posylkina O., Komarovskaya V., Piskunova O.
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