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Repin Sergey V.

Position

Professor

Academic degree

DSc in Engineering (2010)

Academic title

Professor (2013)

Faculty

Faculty of Automobile and Road Building

Department

Department of Land Transport and Technological Machines

Address

4, 2nd Krasnoarmeiskaya Str., St Petersburg, 190005

Phone +7 (812) 575-01-95
E-mail tm@spbgasu.ru

Basic information

Education

SpecialtyConstruction and Road-Building Machinery and Equipment QualificationMechanic Engineer (Leningrad Civil Engineering Institute, 1976)

Professional development

  • Forensic engineering and technical expertise (SPbGASU, 2014, 1002 hours)
  • Expert in quality control of the restoration repair of vehicles (SPbGASU, 2017)
  • Labor protection of pedagogical workers of educational institutions (SPbGASU, 2017, 40 hours)
  • Normative and methodological support of the educational process for bachelor's, specialist's and master's programs (SPbGASU, 2018, 40 hours)
  • Anti-corruption (for teachers) (SPbGASU, 2018, 72 hours)

Teaching

  • Earthmoving machines
  • Reliability of technical systems
  • Fundamentals of inventive creativity
  • Technological efficiency of machines
  • Logic and methodology of science

Professional interests

  • Scientific research
  • Curriculum development

Research interests

  • Machine technical condition management
  • Information systems in machine technical operation
  • Sustainability, hydraulic drive diagnostics, power fluids cleaning
  • Engineering and inventive activity

Scientific conferences

Sergey Repin has participated in more than 30 scientific conferences.

Publications

Sergey Repin is the author of more than 120 published scientific and educational works, including two monographs, 10 textbooks and study guides, 70 scientific articles, 40 author's certificates and patents for inventions, utility models, databases.

The most significant publications

Textbooks

  1. Methodology for the application of an information automated control system for the technical operation of construction machines and vehicles / Repin S.V., Rulis K.V., Zazykin A.V., Khovalyg N.K. - St Petersburg: SPbGASU, 2008.
  2. Repin, S. V. Hydraulic drive of caterpillar excavators and the basics of its operation / S. V. Repin, V. P. Chmil. - St Petersburg: SPbGASU, 2010. - 32 p.
  3. Construction machines: guidelines for the implementation of course work / S. V. Repin, A. V. Zazykin, K. V. Rulis, V. I. Aleinik. - St Petersburg: SPbGASU, 2012. - 40 p.
  4. Repin, S. V. Machines for earthworks: a visual aid for the discipline "Machines for earthworks" / S. V. Repin, A. V. Zazykin. - St Petersburg: SPbGASU, 2012. - 59 p.
  5. Repin, S. V. Calculation models for ensuring the performance and efficiency of construction machines in operation: atextbook / S. V. Repin, A. V. Zazykin, V. P. Chmil. - St Petersburg: SPbGASU, 2015. - 76 p.
  6. Tower crane / V. I. Aleinik, S. S. Evtyukov, A. V. Zazykin, S. V. Repin, K. V. Rulis, A. V. Chudakov. - St Petersburg: Publishing House "Petropolis", 2016. - 40 p.
  7. Theory of experiment: guidelines for the implementation of laboratory work "Investigation of the process of compaction of concrete road surfaces" / S. V. Repin, K. V. Rulis, R. A. Litvin, A. V. Chudakov. - St Petersburg: SPbGASU, 2016. - 27 p.
  8. Repin, S. V. Textbook on the discipline "Earthworks Machines" for full-time and part-time students in the specialty 190205 - lifting and transport, construction and road machines / S. V. Repin, A. V. Zazykin. - St Petersburg: SPbGASU, 2011. - 56 p.
  9. Repin, S.V., Evtyukov S.A., Zazykin A.V. Fundamentals of inventive creativity: textbook for course work. - St Petersburg: SPbGASU; Publishing house "Petropolis", 2021. - 66 p. – ISBN 978-5-9676-1256-5.

Monographs

  1. Liquids for hydraulic systems of transport-technological machines / A. S. Safonov, A. I. Ushakov, V. V. Grishin, S. V. Repin, A. V. Zazykin. - St Petersburg: OOO "NPIKTS", 2010. - 188 p.
  2. Repin S. V., Rulis K. V., Zazykin A. V., Krupin S. A. Methodology for ensuring the performance of transport-technological machines and complexes by means of technical operation: monograph. - St Petersburg: SPbGASU, 2012. - 218 p.
  3. Repin, S. V. Reliability and efficiency of transport-technological machines / S. V. Repin, A. V. Zazykin, S. S. Evtyukov. - St Petersburg: Publishing House "Petropolis", 2016. - 86 p.
  4. Repin S. V., Evtyukov S. A., Zazykin A. V., Rulis K. V. Reliability and efficiency of operation of transport-technological machines. - St Petersburg: Publishing House "Petropolis", 2017. - 404 p.

Articles

Web of Sciense articles:

  1. Sergei Repin, Sergei Maksimov, Vladimir Golovko, Viktor Kuzmichev. Method of Optimizing Placement of Mobile Car Service Stations in Sparsely Populated Areas // Transportation Research Procedia. Volume 2, 2017, Pages 556–563. (Article reference: TRPRO11252. Journal title: Transportation Research Procedia. Corresponding author: Dr. Sergei Repin. First author: Dr. Sergei Repin. Final version published online: 26-Jan-2017). This article belongs to a special issue: 12th International Conference “Organization and Traffic Safety Management in large cities”, SPbOTSIC-2016, 28-30 September 2016, St Petersburg, Russia.
  2. Methodology and Results of the Traffic Safety Evaluation on the Saint Petersburg Ring Road / Victor Dobromirov, Stanislav Evtiukov, Ekaterina Duncheva, Sergei Repin // Transportation Research Procedia. Volume 20, 2017, Pages 151–158. Final version published online: 26-Jan-2017. This article belongs to a special issue: 12th International Conference “Organization and Traffic Safety Management in large cities”, SPbOTSIC-2016, 28–30 September 2016, St. Petersburg, Russia.
  3. Methodology of Ensuring Road Traffic Safety With Respect to Road-Building Materials Compaction Efficiency Factor / Sergei Nosov, Viktor Kuzmichev, Sergei Repin, Sergei Maksimov // Transportation Research Procedia. Volume 20, 2017, Pages 450–454. Final version published online: 26-Jan-2017. This article belongs to a special issue: 12th International Conference “Organization and Traffic Safety Management in large cities”, SPbOTSIC-2016, 28–30 September 2016, St Petersburg, Russia.
  4. Study of oscillations damping processes in vibrating construction machines / Repin S., Evtyukov S. // Proceedings of 9th International conference contemporary problems of architecture and construction. 13–18 September 2017, Batumi, Georgia / 2017, 41–46 p. – Батуми, апр. 2017.
  5. Method of forming a fleet of transport and technological machines for road construction / Sergei Repin, Andrey Zazykin, Valery Gordienko // Transportation Research Procedia. Volume 36, 2018, Pages 654–660 // The 13th International conference “Organization and Traffic Safety Management in large cities”, SPbOTSIC-2016, 28–30 September 2018, St Petersburg, Russia.
  6. A method for quantitative assessment of vehicle reliability impact on road safety / Sergei Repin, Sergey Evtiukov, Sergei Maksimov // Transportation Research Procedia. Volume 36, 2018, Pages 661–668 // The 13th International conference “Organization and Traffic Safety Management in large cities”, SPbOTSIC-2016, 28–30 September 2018, St Petersburg, Russia.
  7. Development of Strategy for Ensuring Operability of Transport and Technological Machines / Sergey Repin, Sergey Maximov, Andrei Zazykin, Nikolay Voropaev // E3S Web of Conferences, Volume 164 03046 (2020), Topical Problems of Green Architecture, Civil and Environmental Engineering 2019 (TPACEE 2019)
  8. Criterion estimation of stability of hydraulic cylinder and method of increasing its reliability under conditions of longitudinal-transverse loading / Dmitriy Kobzov, Sergei Repin, Vladimir Gubanov // K E3S Web of Conferences, Volume 164 08022 (2020), Topical Problems of Green Architecture, Civil and Environmental Engineering 2019 (TPACEE 2019)
  9. Influence of recrystallization annealing regime on the formation of a fine-grained structure in structural steels / Valeriy Gordienko, Alexandr Chernykh, Sergei Repin // E3S Web of Conferences 164, 08021 (2020), Topical Problems of Green Architecture, Civil and Environmental Engineering 2019 (TPACEE 2019).
  10. Study on effects of damping characteristics of base chassis suspension on operational safety of transport and handling machinery / Sergei Repin, Roman Bukirov, Polina Vasilieva // Transportation Research Procedia, 2020, Volume 50, Pages 574–581. https://doi.org/10.1016/j.trpro.2020.10.069.
  11. Improving operational safety of transport and handling machinery based on automobile chassis by forming fleets of machinery with specific level of reliability / Sergei Repin, Andrey Zazykin, Sergei Maksimov // Transportation Research Procedia, 2020, Volume 50, Pages 582-590. https://www.sciencedirect.com/science/article/pii/S2352146520308218
  12. Technique for ensuring safety of transportation vehicles through the analysis of their structural reliability / Sergei Repin and Stanislav Evtyukov // MATEC Web Conf. Volume 334, 2021. The VI International Scientific and Practical Conference “Information Technologies and Management of Transport Systems” (ITMTS 2020). Published online: 15 January 2021. DOI: https://doi.org/10.1051/matecconf/202133401011.
  13. A. Bardyshev, V.A. Popov & A. N. Filin, S. V. Repin. Method of modeling oscillatory processes of rotary mechanisms // Contemporary Problems of Architecture and Construction. Proceedings of the 12th International Conference on Contemporary Problems of Architecture and Construction (ICCPAC-2020), November 25–26, 2020, Saint Petersburg, Russia. P. 127–134. 
  14. S.V. Repin & K.V. Roulis, O.A. Bardishev, P.V. Druginin. Method of ensuring efficient operation of transport and technological machines at construction sites // Contemporary Problems of Architecture and Construction. Proceedings of the 12th International Conference on Contemporary Problems of Architecture and Construction (ICCPAC-2020), November 25-26, 2020, Saint Petersburg, Russia. P. 263–268. 
  15. S.V. Repin, S. E. Maximov, A. V. Zazykin & V. E. Chechuev. Planning methods for machinery restoration repairs for trunk pipelines construction in North // Contemporary Problems of Architecture and Construction. Proceedings of the 12th International Conference on Contemporary Problems of Architecture and Construction (ICCPAC-2020), November 25-26, 2020, Saint Petersburg, Russia. P. 393–400.
  16. Study on the aspects of organizing the repair of construction machinery in the Arctic / Oleg Bardyshev, Sergei Repin, Andrei Zazykin, Sergey Evtyukov, Jaroslaw Rajczykb, Irina Ruchkinaa, Anastasiya Maksimova, Mariya Korotkevich // International Conference on Arctic transport accessibility: networks and systems, Transportation Research Procedia 57 (2021) 49–55.
  17. Improving the reliability of metal structures of transport and technological machines during operation in the Arctic / Valeriy Gordienko, Sergey Repin, Anzhelika Abrosimova, Petr Druzhinin, Marlena Rajczyk // International Conference on Arctic transport accessibility: networks and systems, Transportation Research Procedia 57 (2021) 230–240.
  18. Theoretical study of throttle valve system operation in the hydropneumatic shock absorber of the transport and technological machinery undercarriage / Sergei Repin, Polina Vasileva, Stanislav Evtykov, Sergei Maksimov, Irina Ruchkina, Anatoly Eremeev // International Conference on Arctic transport accessibility: networks and systems, Transportation Research Procedia 57 (2021) 562-572.
  19. Improving the movement smoothness of a mobile repair shop for machinery servicing in the Arctic / Sergei Repin, Roman Bukirov, Ivan Vorontsov, Valeriy Gordienko, Pawel Rajczyk // International Conference on Arctic transport accessibility: networks and systems, Transportation Research Procedia 57 (2021) 553-561.

Articles in journals peer-reviewed by the HAC

  1. Maksimov, S. E. Rating of demanded consumer qualities of road construction machines for the period fr om 1993 to 2016 / S. E. Maksimov, S. V. Repin, A. V. Zazykin // Construction and road machines. - 2018. - No. 2. - P. 50–56.
  2. Repin, S. V. Optimization of geometrical parameters of steeply inclined conveyors with partitions / S. V. Repin, A. A. Bazhenov // Bulletin of civil engineers. - 2018. - No. 1 (66). – P. 141–145.
  3. Sandan, N. T., Evtyukov S. A., Repin S. V. Influence of wear on the change in the operational properties of ground transport-technological machines during operation // Bulletin of civil engineers. - 2018. - No. 3(68). – P. 141–145.
  4. Repin, S.V., Vorontsov I.I., Bazhenov A.A. Calculation of the static stability of bulk cargo on the working canvas of a steeply inclined conveyor with partitions // Bulletin of civil engineers. - 2018. - No. 4 (69). - P. 162-166.
  5. Repin S. V., Chernysh A. A., Yakovlev S. N., Zazykin A. V. Development of technology for the restoration of massive tires for road construction equipment // Bulletin of civil engineers. - 2018. - No. 5 (70). - P. 160-166.
  6. Bardyshev O.A., Druzhinin P.V., Repin S.V., Filin A.N., Zazykin A.V. Safety control method for transport and technological machines in the initial period of operation (on the example of tunnel escalators) // Bulletin civil engineers. - 2018. - No. 6 (71). - P. 129-134.
  7. Kobzov D. Yu., Lapshin V. L., Repin S. V., Gubanov V. G., Lkhanag D. Sustainability of hydraulic cylinders of transport-technological machines // Bulletin of civil engineers. - 2019. - No. 1 (72). – P. 158–167.
  8. Maksimov S. E., Repin S. V., Zazykin A. V., Chechuev V. E. Analysis of the market for road-building machines in Russia and the evolution of consumer qualities of these machines // Construction and road machines. - 2019. - No. 7. - P. 3–12.
  9. Repin, S.V. Study of the elastic characteristics of a new hydropneumatic shock absorber / S.V. Repin, V.N. Dobromirov, D.S. Orlov // Bulletin of civil engineers. - 2019. - No. 5 (76). – P. 260–269.
  10. Repin, S. V. Theoretical study of the process of loading a steeply inclined conveyor / S. V. Repin, V. I. Aleinik, A. A. Bazhenov // Scientific and technical bulletin of the Bryansk State University - 2019. - No. 4. - P. 510 -515.
  11. Repin, S.V., Dobromirov, V.N., Orlov, D.S. Investigation of the damping characteristics of a new hydropneumatic shock absorber // Bulletin of civil engineers. - 2020. - No. 2 (79). – P. 187–194.
  12. Evtyukov S.A., Repin S.V., Grushetsky S.M., Karro G.A. Scientific tasks of studying the life cycle of road vehicles in modern conditions // Bulletin of SIBADI. - 2020. - V. 17, No. 4. - P. 442–451.
  13. Evtyukov S.A., Repin S.V., Grushetsky S.M., Karro G.A. Formation of a fleet of vehicles for the construction, reconstruction, repair and maintenance of highways, taking into account the stages of their life cycle // Bulletin of MADI. - 2020. - Issue. 3 (62). – P. 62–69.
  14. Yevtyukov S.A., Repin S.V., Grushetsky S.M., Karro G.A. Productivity as a qualitative criterion for assessing the effectiveness of all stages of the system for a long cycle of road machines // Bulletin of MADI. - 2020. - Issue. 4 (63). – P. 36–43.
  15. Grushetsky S. M., Evtyukov S. A., Repin S. V., Kuznetsov A. A. Determination of the technical and operational performance of road machines based on the analysis of the volume of work // Scientific and technical bulletin of the Bryansk Technical University. - 2021. - No. 1. - P. 38–53.
  16. Repin, S.V., Shimanova A.A., Lutov D.A. Methods for improving the operational reliability of a complex technical object by analyzing its structural reliability // Bulletin of MADI. - 2021. - Issue. 1 (64). – P. 23–29.
  17. Grushetsky S. M., Evtyukov S. A., Repin S. V., Sobolev A. V. Features of setting scientific problems in the study of monitoring systems for road vehicles in modern conditions // Bulletin of MADI. - 2021. - Issue. 1 (64). – P. 30–37.
  18. Sizikov S. A., Sizikov V. S., Repin S. V., Evtyukov S. A. Mobile continuous concrete mixer for the preparation of rigid concrete mixtures at a construction site // Construction and road machines. - 2021. - No. 5. - P. 9–14.
  19. Monitoring of transport and technological machines / S. V. Repin, O. A. Bardyshev, V. A. Popov, A. N. Filin // Construction and road machines. - 2021. - No. 8. - P. 34–38.
  20. Analysis of the state of the construction machinery market in Russia / S. V. Repin, V. E. Chechuev, S. M. Grushetsky, S. A. Evtyukov // Construction and road machines. - 2021. - No. 9. - P. 11–13.
  21. Repin S.V., Chechuev V.E., Evtyukov S.A., Maksimov S.E., Zazykin A.V. Status and development trends of the road construction equipment market in Russia // Travel navigator. - 2021. - No. 5. - P. 4–9.
  22. Repin S. V., Orlov D. S., Maksimov S. E., Bardyshev O. A. Study of the use of a non-breakdown pneumatic-hydraulic shock absorber to improve the smoothness of the transport-technological machine // Truck. - 2022. - No. 1. - P. 10–15.
  23. Barsukov V. O., Repin S. V., Vorontsov I. I., Orlov D. S., Riznyk A. A. Electro-hydraulic installation for the destruction of boulders and monolithic structures in the course of construction work // Truck. - 2022. - No. 4. - P. 38–41.
  24. Development of a new machine for cleaning roads from snow and ice formations / S. V. Repin, A. E. Pushkarev, I. I. Vorontsov, T. V. Vinogradova, A. A. Abrosimova // Construction and road machines. - 2022. - No. 4. - P. 33–37.
  25. Bardyshev O. A., Repin S. V., Filin A. N., Evtyukov S. A., Obraztsov N. A. On some problems of organizing the repair of transport-technological machines // Truck. - 2022. - No. 5. - P. 28–31.
  26. Repin, S. V., Litvin, R. A., Korotchuk, D. O. Analysis of a car suspension based on magnetorheological shock absorbers // Truck. - 2022. - No. 6. - P. 28–31.
  27. On the issue of protecting a tower crane from reaching the lim it angle of deviation of the cargo rope / S. V. Repin, V. Yu. - 2022. - No. 6. - P. 14–17.
  28. Barsukov V. O., Repin S. V., Zazykin A. V., Kobzar A. A. Calculation of energy consumption of an installation for electrohydraulic destruction of monolithic objects // Construction and road machines. - - No. 6. - P. 23-25.
  29. Grushetsky S. M., Evtyukov S. A., Repin S. V., Orlov D. S., Vinogradova T. V. Ensuring the stability of the system of production operation of road machines in the Arctic // Construction and road machines. - 2022. - No. 6. - P. 36–40.
  30. Litvin R.A., Repin S.V., Maksimov S.E., Orlov D.S., Korotchuk D.O. Analysis of the optimal parameters of an electromagnetic shock absorber for construction machines in the conditions of the North // Construction and road machines. - 2022. - No. 7. - P. 8–11.
  31. Modification of machines for the collection and processing of MSW / A. S. Aleksandrov, F. A. Kutuzov, R. A. Litvin, S. V. Repin, D. O. Korotchuk // Construction and road machines. - 2022. - No. 7. - P. 39–42.
  32. Selection of equipment characteristics for maintenance of transport infrastructure facilities in winter / S. E. Pushkarev, S. V. Repin, A. A. Abrosimova, P. V. Druzhinin, I. I. Vorontsov // Construction and road machines. - 2022. - No. 7. – P. 43–46.
  33. Abrosimova A.A., Pushkarev A.E., Repin S.V., Druzhinin P.V., Korotchuk D.O. Substantiation of the parameters of the abrasive supply system for machines for hydroabrasive removal of snow and ice deposits // Construction and road machines . - 2022. - No. 8. - P. 29–31.

Architecture and Engineering

  1. Repin S. Optimizing the service life of plant machinery and vehicles using information system for management of engineering status / S. Repin, S. Evtjukov, J. Rajczyk// Architecture and Engineering, 1(2). 2016.
  2. Assessment of the coriolis force impact on the operation of the tower crane swing mechanism / Vadim Aleynik, Sergey Repin, Constantine Rulis // Architecture and Engineering, Vol 1, No 4 (2016).
  3. Substantiation of the Replacement Interval of Construction Machines by the Target Reliability Level / Sergey Repin, Andrej Zazykin, Natalya Krotova // Architecture and Engineering, Vol 2, No 1 (2017): See http://aej.spbgasu.ru/index.php/AE/ Pages 51-60.
  4. Study on the efficiency in setting up a mobile vehicle inspection station / Sergey Repin, Vladimir Golovko, Sergey Evtyukov // Architecture and Engineering, Vol 3, No 3 (2018): See http://aej.spbgasu.ru/index.php/AE/issue/view/15/ P. 51–56. 
  5. Automotive shock absorbers’ applicability for damping resonant oscillations in construction machines. Sergei Repin, Roman Litvin, Victor Kuzmichev, Ivan Vorontsov // Architecture and Engineering, V Vol 6, No 1 (2021): See https://aej.spbgasu.ru/index.php/AE/issue/view/30. Pages 81-87. DOI: 10.23968/2500-0055-2021-6-1-81-87 

Other publications

  1. Repin, S. V. Analysis of the influence of the reliability of structural elements of vehicles on road safety / S. V. Repin, A. V. Zazykin // Bulletin of MANEB. - 2019. - V. 24, No. 3. - P. 15–20.
  2. Repin, S. V., Zazykin A. V., Chechuev V. E. Method for determining the frequency of replacement of elements of transport-technological machines according to the condition of ensuring a given level of road safety. prospects for the development of the country's transport complex: materials of the scientific and practical conference on April 25, 2019; Military Institute (Railway Troops and Military Communications). - St Petersburg: Military Institute (Railway Troops and Military Communications), 2019. - P. 161–170.
  3. Repin, S. V. Modeling of the characteristics of a two-pipe hydropneumatic shock absorber / S. V. Repin, V. N. Dobromirov, D. S. Orlov // Mechanics, equipment, materials and technologies: an electronic collection of scientific articles based on the materials of the international scientific and practical conference Kuban State Technical University, October 29-30, 2019 - Krasnodar: PrintTerra LLC, 2019. - P. 701-707.

Patents

Certificates of state registration of the computer program

  1. Certificate for the computer program No. 2019619466, 09.07.2019. Optimization of the composition of the fleet of construction machines / Repin S. V., Zazykin A. V., Chechuev E. V.
  2. Certificate of the Russian Federation for the computer program No. 2020616445, 17.06.2020. Calculation of the elastic characteristic of a pneumohydraulic shock absorber / Repin S. V., Bukirov R. R., Vasilyeva P. V.
  3. Certificate for the computer program No. 2020616785, 22.06.2020. Calculation of the speed characteristics and parameters of the shock absorber / Repin S.V., Voitko A.M.
  4. Certificate for the computer program No. 2020617545, 08.07.2020. Calculation of vehicle suspension vibrations / Repin S. V., Bukirov R. R., Vasilyeva P. V.
  5. Certificate for the computer program No. 2020617546, 08.07.2020. Calculation of the damping characteristic of a pneumohydraulic shock absorber / Repin S. V., Bukirov R. R., Vasilyeva P. V.

Utility model patents

  1. Utility model patent No. 183090, 31.01.18. Bulldozer-ripper with variable tooth height / Repin S.V., Uzakov D.V., Zazykin A.V., Rulis K.V.
  2. Utility model patent No. 183092, 31.01.18. Loading equipment of the excavator / Repin S. V., Semenov A. S., Grushetsky S. M., Orlov D. S.
  3. Utility model patent No. 183240. 22.05.2018. Repin S.V., Klyueva E.A., Zazykin A.V., Rulis K.V.
  4. Utility model patent No. 181427. 21.03.2018. Eccentric gripper with self-regulating jaw width / Repin S. V., Krivtsov I. E., Rulis K. V., Zazykin A. V.
  5. Utility model patent No. 183237. 14.06.2018. Rotary blade of a bulldozer / Repin S. V., Chmil N. A., Rulis K. V., Zazykin A. V.
  6. Utility model patent No. 183238. 22.05.2018. Elevator for loading a scraper bucket / Repin S. V., Kirin R. M., Rulis K. V., Zazykin A. V.
  7. Utility model patent No. 183235. 02.07.2018. Scraper bucket with teeth for loosening / Repin S. V., Klimenko A. Yu., Rulis K. V., Zazykin A. V.
  8. Utility model patent No. 183547. 09.01.2018. Pneumatic shock absorber for damping resonant vibrations in vibration machines / Repin S. V., Litvin R. A., Bulin A. V.
  9. Utility model patent No. 183548. 09.04.2018. Grip tongs for pipes / Repin S. V., Poltanova M. L., Grushetsky S. M., Orlov D. S.
  10. Utility model patent No. 183551. 14.06.2018. Eccentric clamp for vertical movement of sheets of various thicknesses / Repin S. V., Putivsky A. E., Rulis K. V., Zazykin A. V.
  11. Utility model patent No. 183775. 02.04.2018. Spring shock absorber for damping resonant oscillations in vibratory construction machines / Repin S. V., Litvin R. A., Samolutchenkov V. V.
  12. Utility model patent No. 183825. 27.03.2018. Working equipment of single-bucket hydraulic excavators / Repin S.V., Grigorieva A.V., Zazykin A.V., Rulis K.V.
  13. Utility model patent No. 184291. 13.06.2018. Front loader bucket / Repin S.V., Telnoy Yu.S., Grushetsky S.M., Orlov D.S.
  14. Utility model patent No. 184292. 02.07.2018. Bulldozer working equipment / Repin S. V., Shevchuk E. Yu., Grushetsky S. M., Orlov D. S.
  15. Utility model patent No. 184801. 02.07.18. Working equipment of a motor grader / Repin S. V., Skert A. S., Grushetsky S. M., Orlov D. S.
  16. Utility model patent No. 186992. 01.10.18. Scraper bucket / Repin S. V., Kuznevskaya R. N., Grushetsky S. M., Orlov D. S.
  17. Utility model patent No. 187191. 22.05.18. Excavator boom / Repin S. V., Ivanov N. A., Zazykin A. V., Rulis K. V.
  18. Utility model patent No. 188393. Bulldozer blade with ripping teeth / S. V. Repin, A. A. Alekhin, S. M. Grushetsky, D. S. Orlov
  19. Utility model patent No. 188292. Scraper with a ripper / S. V. Repin, A. V. Zazykin, K. V. Rulis
  20. Utility model patent No. 188486. Scraper with a scarifier / Repin S. V. Rulis K. V., Zazykin A. V.
  21. Utility model patent No. 189649. Publ. 29.05.2019. Bull. No. 16. Priority 20.09.18. The working body of the bulldozer / Repin S.V., Stepanov A.P., Rulis K.V., Zazykin A.V.
  22. Utility model patent No. 191581. Publ. 13.08.2019. Bull. No. 23. Priority 23.04.18. Repin S. V., Evtyukov S. A., Grushetsky S. M., Orlov D. S., Zazykin A. V. Safety system when stopping a tram.
  23. Utility model patent No. 191687. Publ. 15.08.2019. Bull. No. 23. Priority 10.06.19. Device for blocking the opening of tram doors / Repin S. V., Evtyukov S. S., Grushetsky S. M., Orlov D. S., Zazykin A. V.
  24. Utility model patent No. 189984. Publ. 07.06.2019. Bull. No. 16. Priority 26.03.2019. Protective fencing for lampposts / Repin S. V., Evtyukov S. S., Grushetsky S. M., Orlov D. S.
  25. Patent for PM No. 194004. 30.07.19. Published 22.11.2019. Bull. No. 33. Priority 30.07.19. Two-pipe hydropneumatic shock absorber / Repin S.V., Evtyukov S.S., Orlov D.S.
  26. Patent PM No. 196651. Publ. 11.03.2020 Bull. No. 8. Priority 19.12.2019. External airbag / Repin S.V., Evtyukov S.S.
  27. Patent for PM No. 204114. Publ. 07.05.2021. Bull. No. 13. Priority 12/28/20. Pneumohydraulic shock absorber. Artemiev V. N., Repin S. V., Dobromirov V. N., Bukirov R. A., Vasilyeva P. V.
  28. Patent for PM No. 204317. Publ. 19.05.2021. Bull. No. 14. Priority 22.03.21 Single-tube hydropneumatic shock absorber. Repin S.V.
  29. Patent for PM No. 204399. Publ. 24.05.21. Bull. No. 15. Priority 24.02.21. Active car hood for pedestrian protection. Repin S. V., Evtyukov S. S., Grushetsky S. M., Zazykin A. V.
  30. Patent for PM No. 208694. Publ. 30.12..2021. Bull. No. 1. Priority 29.07.21. Two-pipe hydropneumatic shock absorber. Metlyakova S. A., Repin S. V., Vorobyov A. A., Samarkina I. K.
  31. Patent for PM No. 208894. Publ. 20.01.2022. Bull. No. 2. Priority 16.04.21. Pneumohydraulic shock absorber. Repin S.V.
  32. Application for utility model No. 2021118793 dated 28.06.21 "Vibroimpact screen". Sizikov V. S., Sizikov S. S., Repin S. V., Skripilov A. P.
  33. Patent for PM No. 211136. Publ. 23.05.2022. Bull. No. 15. Priority 07.02.2022 A device for the safety of pedestrians in a collision with a cabover vehicle. Repin S. V., Grushetsky S. M., Zazykin A. V.

Patents for invention

  1. Patent for invention No. 2654887. Publ. 18.10.2016. Date of issue of the patent 15.07.18. Capture tongs for pipes / Repin S. V., Grushetsky S. M., Orlov D. S.
  2. Patent for invention No. 2769203. Rear suspension of a transport and technological machine. Repin S. V., Bukirov R. R., Grushetsky S. M., Zazykin A. V. Application No. 2021118926, 28.06.21. Published: 29.03.2022 Bull. No. 10.

Achievements

Awards

  • Honorary Worker of Higher Professional Education of Russia (2013)

Additional information

In 2010–2011 - acting head of the department of land transport and technological machines.
Full member of the Russian Academy of Transport (2018).

Corresponding member of the Russian Academy of Natural Sciences.

Member of the dissertation council D212.223.02.

Grant Research

  1. Russian Humanitarian Foundation: 15-02-00512a - "Development of a methodology for the formation of structural elements of the transport system according to economic and reliability criteria (on the example of fleets of transport and technological machines)", 2015–2017.
  2. SPbGASU grant: No. IN5-08 - "Improving the technical operation of construction equipment based on information technology", 2008–2010.
  3. SPbGASU grant: "Improving the mechanisms of interaction between higher professional education, science and production based on the results of scientific research of SPbGASU", 2012
  4. SPbGASU grant: No. 2P-11 - "Research of the processes of ensuring the reliability and efficiency of industrial technological complexes by means of maintenance and repair", 2011–2012.