Victor Antsupov

Nosov Magnitogorsk State Technical University Department of Design and Operation of Metallurgical Machines and Equipment 38, Lenin street, Magnitogorsk, 455000, ChelyabinskRegion, Russia http://www.magtu.ru e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

EDUCATION

• 1966 – 1971 Nosov Magnitogorsk Institute of Mining and Metallurgy
• 1979 Awarded an academic degree of the Candidate of Engineering Sciences (PhD)
• 1997 Awarded an academic degree of the Doctor of Engineering Sciences
• 1999 Awarded an academic rank of the Professor

RESEARCH EXPERIENCE

• Extension of the lifetime of mechanical equipment friction units by plating parts surfaces with various materials and building up new structures of leak-tight sealing.
• Mathematical modeling of parts abrasion in various slide and rolling friction units, determination of their wear resistance classes.

RESEARCH INTERESTS

• Engineering estimation theory and assurance of durability of metallurgical machines elements and unites upon criteria of materials strength and resistance to wear at design and operation stages.
• Theory and practice of parts surface machining with flexible impact-cutting tools.

TEACHING AND EDUCATIONAL ACTIVITIES

Course Titles:

• Fundamentals of a physical theory of technical objects reliability
• Basics of tribosystem diagnostics and reliability
• Physical probabilistic forecasting of wear failures of friction units
• Scientific research fundamentals
• Mechanical equipment of roll-mill shops
• Scientific research fundamentals and experiment planning
• Structure and design of roll mill parts and assemblies
• Modern approaches to the tribosystem abrasion modeling
• Parametric reliability evaluation of friction units
• Structure energy concept of tribosystem abrasion, etc.

PhD students:

Six PhD students defended their theses for an academic degree of the Candidate of Engineering Sciences (PhD)

PUBLICATIONS

1. Antsupov V.P. Theory and practice of plating of items with flexible tools: monograph. Magnitogorsk: NMSTU, 1999.-240 p.
2. Antsupov A.V. (Jr.) Theory and practice of assurance of reliability of metallurgical machines elements upon criteria of materials kinetic strength and resistance to wear: monograph / A.V. Antsupov (Jr.), A.V. Antsupov, V.P. Antsupov. Magnitogorsk: NMSTU, 2015, 308 p.
3. Fundamentals of a physical theory of machine elements reliability upon criteria of materials kinetic strength / V.P Antsupov, L.T. Dvornikov, D.G. Gromakovsky, A.V. Antsupov (Jr.), A.V. Antsupov // Vestnik of Nosov Magnitogorsk State Technical University.- 2014.- No.1.- pp. 141-146.
4. Antsupov A.V. (Jr.). Development of a theory of machine elements reliability prediction/ A.V. Antsupov (Jr.), A.V. Antsupov, V.P. Antsupov // Machine engineering: online academic periodical- 2014. - No. 2.- pp. 26-32.
5. Antsupov A.V. Engineering estimation of machine elements reliability upon efficiency criteria / A.V. Antsupov, A.V. Antsupov (Jr.), V.P. Antsupov // Vestnik of Nosov Magnitogorsk State Technical University, 2013.- No. 5 (45).- pp. 62-66.
6. Antsupov A.V. Methodology of machine elements reliability prediction upon various criteria / A.V. Antsupov, A.V. Antsupov (Jr.), V.P. Antsupov // Dependability, 2013. – No. 3 (46). – pp. 15-23.
7. Scientific and methodological fundamentals of trbocoupling reliability prediction at design stage / A.V. Antsupov, M.V.Chukin, A.V. Antsupov (Jr.) and others. // Vestnik of Nosov Magnitogorsk State Technical University, 2011. – No. 4. - pp. 56-61.
8. Antsupov A.V., Antsupov A.V. (Jr.), Antsupov V.P., Semionova O.V. Evaluation, study and build-up of drawing tool friction reliability: monograph. - Magnitogorsk: NMSTU, 2008.-179 p.
9. Antsupov A.V., Antsupov A.V. (Jr.), Antsupov V.P. Assurance of reliability of machine friction units at design stage: monograph. Magnitogorsk: NosovMagnitogorskStateTechnicalUniversity, 2013. 293 p.
10. Antsupov A.V., Antsupov A.V. (Jr.), Antsupov V.P. Methodology of tribocoupling reliability prediction// Friction and lubrication in machines and mechanical devices. -2012. –No. 2. –  pp. 3-9.