| Issue | Title | |
| No 2 (2013): Electrical Engineering and Power Engineering | IRP P-Q THEORY FOR ACTIVE POWER FILTERS. LIMITATION OF APPLICATION | Abstract PDF (Українська) |
| A. F. Sinolitsyy, V. A. Kolsun, V. S. Kozlov | ||
| No 1 (2012): Electrical Engineering and Power Engineering | Justification of the approach to impact compensation of the induction motor parametric asymmetry within the frequency-contropped electric drive | Abstract PDF (Українська) |
| A. V. Chumachova, A. P. Kalinov | ||
| No 2 (2013): Electrical Engineering and Power Engineering | LABORATORY BENCH MANIPULATOR CONTROL M10P FROM SCADA SYSTEM TRACE MODE | Abstract PDF (Українська) |
| I. A. Orlovskyi, A. I. Krat, P. P Zavyazun, Y. S. Biryukov | ||
| No 2 (2012): Electrical Engineering and Power Engineering | Laboratory bench of stepper motor control of SCADA system TRACE MODE | Abstract PDF (Українська) |
| I. A. Orlovskiy, V. I. Bondarenko, I. A. Chernyaev, V. U. Andrienko | ||
| No 1 (2017): Electrical Engineering and Power Engineering | LONG-TERM ELECTRICAL STRENGTH OF POLYMER FILMS UNDER THE ELECTRICAL FIELD INFLUENCE | Abstract PDF (Русский) |
| A. P. Malyushevska, S. O. Toporov, V. І. Gunko | ||
| No 1 (2015): Electrical Engineering and Power Engineering | LOW POWER ELECTRIC DRIVE FOR WELDING EQUIPMENT | Abstract PDF (Українська) |
| V. A. Lebedev | ||
| No 2 (2015): Electrical Engineering and Power Engineering | MAGNETO-THERMO-ELASTIC UNSTEADY DEFORMATION OF MULTILAYER STRUCTURES | Abstract PDF (Українська) |
| Y. V. Mastinovky | ||
| No 1 (2008): Electrical Engineering and Power Engineering | MAIN DYNAMIC INDICES OF LOW-POWER MAGNETOELECTRIC ENGINES | Abstract PDF (Українська) |
| A. P. Oksanich, V. G. Petrenko, S. E. Pritchin, P. N. Belyi | ||
| No 2 (2017): Electrical Engineering and Power Engineering | MANAGEMENT OF GAS-AIR ENERGY INSTALLATION OF INDUSTRIAL ENTERPRISE | Abstract PDF (Українська) |
| V. Y. Lobov, K. V. Lobova, A. V. Dats | ||
| No 2 (2012): Electrical Engineering and Power Engineering | Mathematical design of «removal-recovery» of voltage on current collector of direct current electric locomotives | Abstract PDF (Українська) |
| P. Ye. Mihalichenko | ||
| No 1 (2018): Electrical Engineering and Power Engineering | MATHEMATICAL MODEL OF A QUICK-DRIVING ACTUATOR OF AN AUTOMATIC SWITCH WITH AN INSTANT-DYNAMIC AND BISTABLE MECHANISM | Abstract PDF (Русский) |
| E. I. BAIDA, O. G. VOLKOVA | ||
| No 2 (2006): Electrical Engineering and Power Engineering | MATHEMATICAL MODEL OF GENERAL LOSS OF POWER IN A FREQUENCY-REGULATED ASYNCHRONOUS ELECTRIC DRIVE | Abstract PDF (Русский) |
| A. V. Volkov, Yu. S. Skalko | ||
| No 2 (2011): Electrical Engineering and Power Engineering | Mathematical model of glass surface ion-plasma modification | Abstract PDF (Русский) |
| A. А. Shram | ||
| No 2 (2010): Electrical Engineering and Power Engineering | Mathematical model of self-contained direct-drive wind-driven electric plant based on permanent magnet generator | Abstract PDF (Русский) |
| O. M. Oleynikov, L. N. Kanov, Yu. V. Matveev, E. I. Zarickaya | ||
| No 2 (2009): Electrical Engineering and Power Engineering | MATHEMATICAL MODELING OF VIBRATIONAL MECHANISMS IN A SHORT-CIRCUIT ASYNCHRONOUS MOTOR WITH DAMAGED ROTOR CURRENT | Abstract PDF (Русский) |
| Yu. N. Vaskovsky, A. A. Geraskin | ||
| No 2 (2009): Electrical Engineering and Power Engineering | MATHEMATICAL MODELS AND CONTROL ASYNCHRONOUS TRACTION ELECTRIC DRIVE HYBRID DIESEL TRAINS | Abstract PDF (Українська) |
| I. A. Orlovskiy, Yu. A. Krysan | ||
| No 1 (2018): Electrical Engineering and Power Engineering | MATRIX-TOPOLOGICAL MODEL OF ELECTROMAGNETIC CIRCUITS | Abstract PDF |
| N. І. SIDDELEV | ||
| No 1 (2010): Electrical Engineering and Power Engineering | MEASUREMENT REGIME DIESEL TRAIN DEL-02 DURING THE OPERATION AND THEIR COMPARISON WITH THE MATHEMATICAL MODE. | Abstract PDF1 (Русский) PDF2 (Русский) |
| I. A. Orlovsky | ||
| No 2 (2010): Electrical Engineering and Power Engineering | Measuring and processing technique of complex conduction current of 110–750 kV high-voltage equipment basic insulation at diagnostics under operating voltage | Abstract PDF (Русский) |
| A. M. Rassalsky, A. A. Sakhno, S. P. Konogray, A. V. Kozlov | ||
| No 1 (2014): Electrical Engineering and Power Engineering | METHOD FOR INCREASING OF FAST-ACTING AUTOMATIC TRANSFER SWITCH | Abstract PDF (Українська) |
| V. F. Sivokobilenko, S. V. Derkachov | ||
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Keywords
Model
Simulation
algorithm
asynchronous motor
control
control system
converter
current
efficiency
electric drive
electromagnetic field
electromagnetic processes
finite element method
induction motor
inverter
mathematical model
modeling
parameters
regulation
simulation
transformer
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