Literature

Guidelines for completing term papers and projects

1. Mechanics of liquid and gas: guidelines for the implementation of course work for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines" / comp. I. A. Verenich. - Minsk: BNTU, 2011. - 58 p. 

2. Theory of automatic control: guidelines for the course work for the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines" / comp. V. P. Avtushko. - Minsk: BNTU, 2006. - 51 p.

3. Volumetric hydraulic and pneumatic machines: a teaching aid for the implementation of a course project for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines" / A. I. Safonov, M. I. Zhilevich. - Minsk: BNTU, 2010. - 53 p.

4. Theory and design of hydropneumatic drives and hydropneumatic systems: guidelines for the implementation of a course project for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines" / comp.: V. P. Avtushko [and others] . - Minsk: BNTU, 2010. - 68 p.

5. Mathematical modeling: teaching aid for course work for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines" / A. I. Safonov, L. G. Filipova. - Minsk: BNTU, 2011. - 23 p.

6. Calculation of bladed machines and hydrodynamic gears: a teaching aid for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines" / P. R. Bartosh, P. N. Kishkevich. - Minsk: BNTU, 2019. - 47 p.

7. Means of hydropneumatic automation: guidelines for the implementation of the course project for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines" / comp. ETC. Bartosh, P.N. Kishkevich. - Minsk: BNTU, 2010. - 90 p.

8. Guidelines for diploma design for students of the specialty T.05.11 - "Hydropneumatic systems of transport and technological machines" / comp. V.P. Avtushko, N.V. Bogdan, I.A. Verenich, P.N. Kishkevich. - Minsk: BSPA, 1998. - 30 p.

List of educational and methodical literature of the Department of State Patrol and GPP

1. Laboratory work (workshop) in the discipline "Hydraulics and hydraulic machines". P.R. Bartosh, S.N. Novitsky, L.G. Filipova. Minsk, 2006
2. Discrete hydraulic drives. Teaching aid for students of the specialty T.05.11 - "Hydropneumatic systems of transport and technological machines". In 2 parts. Part 1. Principles of construction and scope. V.P. Avtushko, P.N. Kishkevich, M.I. Zhilevich. Minsk, 2000.
   3. Discrete hydraulic drives. Teaching aid for students of the specialty T.05.11 - "Hydropneumatic systems of transport and technological machines". In 2 parts. Part 2. Calculation of the main parameters. Minsk, 2000
3. Computer science. Teaching aid for laboratory work. M.I. Zhilevich, L.G. Filipova. Minsk, 2003
4. Means of hydroautomatics . Laboratory work 1-4 (part 2) in the disciplines "Means of hydropneumatic automation" and "Elements of control and regulation of hydropneumatic systems" for students of the specialty 1-36 01 07 - "Hydropneumatic systems of mobile and technological machines." Minsk, 2009
5. Means of hydroautomatics . Laboratory work 5-9 (part 2) in the disciplines "Means of hydropneumatic automation" and "Elements of control and regulation of hydropneumatic systems" for students of the specialty 1-36 01 07 - "Hydropneumatic systems of mobile and technological machines." Minsk, 2009
6. 7 . Guidelines for the implementation of the course project in the disciplines "Theory and design of hydropneumatic drives" and "Theory and design of hydropneumatic systems" for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines." Minsk, 2010
7. Math modeling. Teaching aid for the implementation of course work for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines". A.I. Safonov, L.G. Filipova. Minsk, 2010
8. Means of hydropneumoautomatics. Guidelines for the implementation of the course project for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines." ETC. Bartosh, P.N. Kishkevich. Minsk, 2010
9. Hydraulic and pneumatic drives. Laboratory work (workshop) for students of specialties 1-53 01 01 "Automation of technological processes and production", 1-53 01 06 "Industrial robots and robotic complexes". P.R.Bartosh, L.G.Filipova, I.P.Us. Minsk, 2008
10. Laboratory work (workshop) in the disciplines "Hydrodynamic transmissions" and "Blade machines and transmissions" for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines". P.R. Bartosh. Minsk, 2002
11. Hydraulic and pneumatic systems of mobile machines (labs 1-5). Teaching aid for laboratory work for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines." L.G.Filipova, A.I.Sharangovich, A.V.Korolkevich, I.P.Us. Minsk, 2005

12a. Hydraulic and pneumatic systems of mobile machines (labs 6-8). Teaching aid for laboratory work for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines." L.G.Filipova, A.I.Sharangovich, A.V.Korolkevich, I.P.Us. Minsk, 2005.
13. Hydraulic and pneumatic systems of technological machines. Laboratory work (workshop) for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines". A.I.Safonov, A.V.Korolkevich, I.A.Makovskaya. Minsk, 2009

14. Diploma design. Guidelines for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines." V.P. Avtushko, P.R. Bartosh, P.N. Kishkevich. Minsk, 2006
15. Laboratory work (workshop) on the discipline "Research and testing of hydropneumatic systems" for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines". F.K. Kravets, I.A. Makovskaya. Minsk, 2004.
    16. Mathematical modeling of technical systems. Laboratory work (workshop) for students of the specialty "Hydropneumatic systems of mobile and technological machines". A.I. Safonov, A.S. Povarekho, S.N. Novitsky. Minsk, 2004
16. Mathematical modeling of technical devices, mechanisms and systems. Tutorial. Recommended by the editorial and publishing council for students of the Belarusian National Technical University. A.I.Safonov. Minsk, 2005
17. Guidelines for the study of the course, the implementation of term papers and tests in the discipline "Theory of automatic control" for students of the specialty T 05.11 - "Hydropneumatic systems of transport and technological machines" (correspondence course). V.P. Avtushko. Minsk, 1998
    19. Theory of automatic control. Guidelines for the implementation of course work for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines." V.P. Avtushko. Minsk, 2006
18. Mechanics of liquid and gas (Kinematics of liquid. One-dimensional flow of gas). Educational and methodical manual for practical exercises for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines." I.A.Verenich. Minsk, 2008
19. Laboratory work (workshop) in the discipline "Mechanics of liquid and gas". N.V. Bogdan, I.A. Verenich, M.I. Zhilevich, A.V. Korolkevich, V.A. Korolkevich, L.G. Filipova. Minsk, 2000
20. Mechanics of liquid and gas (hydrodynamics). Educational and methodical manual for practical exercises for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines." I.A.Verenich. Minsk, 2010
21. Laboratory work (workshop) on the discipline "Volumetric hydraulic and pneumatic machines and transmissions" for students of the specialty T 05.11 - "Hydropneumatic systems of transport and technological machines" (full-time and part-time education). N.V. Bogdan, F.K. Kravets, I.A. Makovskaya. Minsk, 2001
22. Volumetric hydraulic and pneumatic machines. Educational and methodological manual for the implementation of the course project for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines." A.I. Safonov, M.I. Zhilevich. Minsk, 2010
23. Program and guidelines for tests in hydraulics, pneumatics, hydropneumatic drives and hydropneumoautomatics for distance learning students of the Automotive Faculty. N.V. Bogdan, A.V. Korolkevich, V.A. Korolkevich. Minsk, 2000
24. Laboratory work (workshop) on the discipline "Working fluids, lubricants and seals" for students of the specialty T 05.11 - "Hydropneumatic systems of transport and technological machines". I.A.Verenich. Minsk, 2002
25. Calculation of safety valves. Educational and methodical manual on the discipline "Means of hydropneumatic automation" for students of the specialty T 05.11 - "Hydropneumatic systems of transport and technological machines". P.R. Bartosh, P.N. Kishkevich. Minsk, 2001
26. Means of hydroautomatics. Laboratory work (workshop) in the disciplines "Means of hydropneumatic automation" and "Elements of control and regulation of hydropneumatic systems" for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines". P.R.Bartosh, P.N.Kishkevich, L.G.Filipova, I.P.Us. Minsk, BNTU, 2010
27. Laboratory work (workshop) in the disciplines "Means of hydropneumatic automation" and "Elements of control and regulation of hydropneumatic systems". In 2 parts. Part 1. Means of pneumatic automation. P.R. Bartosh, P.N. Kishkevich, L.G. Filipova, S.V. Gil. Minsk, 2001
28. Theory of automatic control. Laboratory work (workshop) for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines". V.P. Avtushko, M.I. Zhilevich, S.V. Gil. Minsk, 2008
    31. Cleanliness of working fluids and oils. Determination of the cleanliness class of the working fluid. Guidelines for the implementation of laboratory work "Working fluids, lubricants and seals of hydropneumatic systems" for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines." I.A.Verenich, D.L.Zhilyanin, M.A.Tini. Minsk, 2006.
    32. Informatics.Teaching aid for laboratory work for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines." M.I. Zhilevich, L.G. Filipova. Minsk, 2009
29. Hydraulics and hydraulic machines. Laboratory work (workshop). P.R. Bartosh, S.N. Novitsky, L.G. Filipova. Minsk, 2007
30. Mechanics of liquid and gas. Guidelines for the implementation of course work for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines." I.A.Verenich. Minsk, 2011

35. Static and dynamic calculation of hydraulic and pneumatic distributors. Educational and methodical manual for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines". P.N. Kishkevich, M.I. Zhilevich, P.R. Bartosh. Minsk, BNTU, 2012

36. Computer science. Guidelines for the implementation of course work for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines". S.V. Ermilov, L.G. Filipova, I.P. Us. Minsk, BNTU, 2012
37. Theory and design of hydropneumatic drives Lecture notes (in 6 parts) Part 2 FOLLOWING HYDRO AND PNEUMO ACTUATORS WITH THROTTLE CONTROL . V.P. Avtushko, P.N. Kishkevich, M.I. Zhilevich, P.R. Bartosh. Minsk, BNTU, 2017
38. Laboratory workshop on discipline "TECHNOLOGICAL MACHINES". Lugovaya I.S. Makovskaya I.A. Minsk, BNTU, 2017
39. Methodological manual for performing laboratory work on the discipline "Means of pneumatic automation" for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines" P.R. Bartosh, P.N. Kishkevich, L.G. Filippova, Ya.S. Kalinka, S.V. Jejora. Minsk, 2019
40. "Means of hydroautomatics" for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines" P.R. Bartosh, P.N. Kishkevich, L.G. Filippova, Ya.S. Kalinka, S.V. Jejora. Minsk, 2019
41. Workshop " VOLUMETRIC HYDRO AND PNEUMO MACHINES AND GEARS " in the discipline "Volumetric hydraulic and pneumatic machines and transmissions" for students of the specialty 1-36 01 07 "Hydropneumatic systems of mobile and technological machines" L.G. Filipova, I.A. Makovskaya, Ya.S. Kalinka, S.V. Jezhora, Minsk 2019​