List of Student's Projects conducted under supervision of Prof. V. Yurkevich


Bachelor Science Projects:

1. Control system design for turbo-jet engine, presented by A.Yu. Borovkov, 1997. 2. Control system design for turbo-unit, presented by E.V. Saveleva, 1997. 3. Control system design for robot manipulator, presented by K.Yu. Ignatovskii, 1997. 4. Design and simulation of control system for ship, presented by A.A. Ugogova, 1998. 5. Design of control system for vehicle, presented by S.S. Kovalishin, 1999. 6. Design and simulation of control system for missile, presented by S.A. Andryushenko, 1999. 7. Design and numerical simulation of control system for hydraulic drive, presented by A.V. Gagai, 1999. 8. Design of control system for air ventilation of coal mine, presented by P.S. Kobzar, 2000. 9. Control system design for ventilating shaft of coal mine, presented by D.N. Vasilev, 2000. 10. Deriving of mathematical model, controller design and simulation for heat-exchanger of aircraft system, presented by A.V. Obraztshov, 2001. 11. Deriving of mathematical model, controller design and simulation for aircraft cabin comfort systems, presented by V.A. Dikman, 2001. 12. Controller design for multiple-effect evaporator, presented by Yu.A. Sechina, 2001. 13. Deriving of mathematical model, controller design and simulation for forced-draught fan with heater , presented by A.B. Zuravlev, 2001. 14. Controller design for yaw angle of ship and simulation of control system, presented by A.V. Luchinina, 2001. 15. Design of control system, fault diagnostic, and protection of subway propfan, presented by A.A Vasenin, 2001. 16. Deriving of mathematical model, controller design and simulation for turbo-unit of refrigerant compressor of aircraft cabin comfort systems, presented by A.S. Sennikov, 2001. 17. Optimization of air-distribution in vent system of coal mine, presented by M.V.Burdukovskii, 2004. 18. Analysis of mathematical model and control system design for turbo-jet engine, presented by O.B. Pavina, 2004. 19. Deriving of mathematical model, controller design and simulation for DC-to-DC converter, presented by V.V. Mokrousova, 2005. 20. Design of continuous and digital controllers for DC Motor, presented by A.V. Siryk, 2005. 21. Research of dynamic characteristics of linear systems in the graphic environment of programming LabVIEW, presented by L.V. Hlystovoj, 2005.

Graduation theses of electrical engineer:

22. Software package for numerical simulation for of heat-exchanger transients, presented by E.V. Sushkevich, 1985. 23. Software package for computer-aided design of MIMO control systems with velocity vector in feedback, presented by D.V. Lichathev, 1993. 24. Software package for computer-aided design of digital control systems, presented by S.Yu. Shishkov, 1994. 25. Software package for computer-aided design of MIMO continuous control systems, presented by Ed.V. Ermolenko, 1995. 26. Control system design for stabilizaton of plasma position in gas-dynamic trap, presented by G.N.Zurina, 1999. 27. Design of control system for aircraft cabin comfort systems, presented by S.S.Andryushthenko, 2001. 28. Design of control system for subway propfan, presented by A.V.Gagai, 2001. 29. Analysis of mathematical models and control laws for ventilation system of coal mine, presented by P.S.Kobzar, 2001. 30. Design of control system for basic coal mine propfan, presented by S.S.Kovalishin, 2001. 31. Design of continuous and digital control systems for turbo-jet engine, presented by O.B. Pavina, 2005.

Master Science Theses:

32. Logical design and software for computer-aided design of digital control systems, presented by B.V.Shatalov, 1998. 33. Analysis of control systems with motions along manifold in the state space, presented by A.S.Kamaev, 2000. 34. Method preparation of control system design for commutator machine of alternating current with series excitation and phase control, presented by A.Yu.Korabelnikov, 2001. 35. Deriving of mathematical model and controller design for aircraft cabin comfort system, presented by V.V. Molov, 2002. 36. Deriving of mathematical model and controller design for vent system of coal mine, presented by D.N. Vasiliev, 2002.

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