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DEPARTMENT OF APPLIED MECHANICS

The restructuring of the educational process, the creation of a modern base, the continuous improvement of the qualifications of the teaching staff gave the Department the opportunity to teach the following courses “Computer design of machine parts”, “Software specialized computers”, “Applied Mechanics”, “Details of machines”, “Theory of Mechanisms and machines”,“Fundamentals of design and design” for bachelors and masters of all specialties of the University. The Department has educational and research laboratories equipped with modern facilities and devices.

Educational and methodical developments:

  1. Methodical instructions and tasks for the course project “Machinery details” for the students of 3-4 courses of mechanical specialties 7.090220 and 7.090221 of full-time and part-time faculties / Compilers: M. I. Ogurtsov, I. A. Kulik. – Dnipropetrovsk: USUCT, 2002.- 54s.
  2. Methodical instructions and tasks for calculation and graphic works on applied mechanics (resistance of materials) for students of the 2nd year of technological specialties / Contributors: V.P. Shapovalov and others. – Dnipropetrovsk: UDKhTU, 2002.- 34s.
  3. Methodical instructions for independent work in the course of the course project “Applied Mechanics” for the 2nd year students of technologists-chemists on the topic: “Apparatus with a mixing device” / Ukr. V. F. Antonenko, V. I. Kravets .- Dnipropetrovsk: USUCT, 2005.- 44s.
  4. Methodical instructions for the fulfillment of the design task (RH) for 2-3 year students of the specialties “Calculation and Design” / Contributors: V. I. Kravets, P. P. Yermakov, V. P. Shapovalov, V. A. Antononko, – Dnipropetrovsk: USUCT, 2008. – 20s.
  5. Methodical instructions for laboratory work on the course “Theory of Mechanisms and Machines” for students of the 2nd year of mechanical specialties / Compilers: V. I. Kravets, S. V. Kovalev, L. P. Skochko. – Dnipropetrovsk: USUCT, 2009. – 48s.
  6. Methodical instructions and tasks for carrying out practical works on applied mechanics for students of the 2nd year of technological specialties (Part One) / Compilers: V.P.Shapovalov, V.F. Antonenko, V.G. Babenko. – Dnipropetrovsk: USUCT, 2009. – 27s.
  7. Methodical instructions for carrying out practical works on the course “Applied Mechanics” for the 2nd year students of technological specialties (Part Two) / Compilers: V. P. Shapovalov, V.F. Antonenko, V.G. Babenko. – Dnipropetrovsk: USUCT, 2009. – 28s.
  8. Methodical instructions for laboratory work on the course “Parts of machines” for students of 3-4 years of mechanical specialties of full-time and part-time forms of training. Part 1 / Compilers: M. I. Ogurtsov, V. G. Babenko, S. V. Kovalev. – Dnipropetrovsk: USUCT, 2009.- 42s.
  9. Methodical instructions for the implementation of laboratory works on the course “Parts of machines” for students of 3-4 years of mechanical specialties of full-time and part-time forms of study. Part 2 / Compilers: M. I. Ogurtsov, V. G. Babenko, V. I. Kravets. – Dnipropetrovsk: USUCT, 2009. – 42s.
  10. Methodical instructions for the implementation of the course project “Applied Mechanics” course for the 2nd year students of technologists-chemists. Calculation of a one-stage cylindrical reducer / Compilers: VA Karpenko, V.V. Glechikov, A.M. Gnatko – Dnipropetrovsk: USUCT, 2009. – 40s.
  11. Methodical instructions for the implementation of laboratory work on the course “Applied Mechanics” for 2-3-year students of technological specialties of full-time and part-time study forms / Compilers: VA Karpenko, VV Glechikov, SV Kovalev. – Dnipropetrovsk: USUCT, 2009. – 60s.
  12. Methodical instructions for carrying out practical works on the course “Parts of machines” for students of the 3rd year of mechanical specialties. Part 2 / Compilers: SV Kovalev, SV Shishko. – Dnipropetrovsk: USUCT, 2010.- 34s.
  13. Methodical instructions for carrying out practical work on the course “Parts of machines” for 3 year students of mechanical specialties. Part 1 / Compilers: SV Kovalev, SV Shishko. – Dnipropetrovsk: USUCT, 2010. 52s.