Issue |
Title |
No 40 (2021) |
SIMULATION OF STARTING MODES OF A SYNCHRONOUS MOTOR SUPPLIED FROM DIFFERENT SOURCES |
|
Sazhin I.Y., Chabanov E.A., Chabanova E.V. |
No 30 (2019) |
COMPARATIVE ANALYSIS OF ELECTRIC MOTORS OF PILGER MILL DRIVE FOR TECHNOLOGY OF MANUFACTURING SEAMLESS PIPES. CHOICE OPTIMAL DESIGN |
|
Gandzha S.A., Kosimov B.I., Aminov D.S., Nimatov R.R. |
No 33 (2020) |
SENSORLESS VECTOR CONTROL ASYNCHRONOUS MOTOR WHEN CALCULATING IN A COMPLEX FORM |
|
Klyuchnikov A.T., Turpak A.M. |
No 33 (2020) |
IDENTIFICATION OF THE TIME CONSTANT OF DC MOTOR ROTOR |
|
Popov S.A., Krivchenkov V.I. |
No 22 (2017) |
REVIEW OF IDENTIFICATION METHODS OF INDUCTION MOTOR PARAMETERS |
|
Terekhin A.A., Dadenkov D.A. |
No 40 (2021) |
LINEARIZATION OF A MATHEMATICAL MODEL OF A HYBRID STEPPER MOTOR |
|
Kavalerov B.V., Falaleev D.V. |
No 28 (2018) |
COMPARISON OF ELECTROMAGNETIC PROCESSES CALCULATION METHODS ON THE EXAMPLE OF A CYLINDRICAL LINEAR ELECTRONIC MOTOR |
|
Chirkov D.A., Klyuchnikov A.T., Korotaev A.D., Timashev E.O. |
No 3 (2014) |
INVESTIGATION OF THE TEMPERATURE STATE OF STATOR WINDINGS OF THE AC MOTOR |
|
Kluchnikov A.T., Levin A.A. |
No 3 (2014) |
SIMULINK-MODEL FOR RESEARCH OF THE START OF THE SYNCHRONOUS MOTOR AT REDUCED VOLTAGE |
|
Subbotina V.A., Tyulenyov M.E. |
No 4 (2014) |
START ASYNCHRONOUS MOTOR WITH A CAPACITY OF 1250 kW AT SMALL CURRENTS IN THE POWER LINE |
|
Trefilov V.A., Rybnikova E.A., Krylasov D.S. |
No 36 (2020) |
SOLUTION OF THE PROBLEM OF OPTIMAL POWER DISTRIBUTION OF INDIVIDUAL COMPENSATING DEVICES FOR A GROUP OF ASYNCHRONOUS MOTORS FOR A STABLE OPERATING MODE AND FOR A GRINDLY VARIABLE LOAD |
|
Tumaeva E.V., Kuzin S.S., Aflyatunov I.F., Makuseva T.G. |
No 4 (2015) |
RESULTS OF RESEARCH OF MONITORING OF DRIVING ELECTRIC MOTORS OF GAS-DISTRIBUTING UNITS |
|
Kryukov O.V. |
No 37 (2021) |
INFLUENCE OF SYNCHRONOUS MOTOR EXCITATION CONTROL SYSTEMS ON SELF-STARTING IN CASE OF SHORT-TERM POWER LOSS |
|
Lashchenov M.B., Shevyrev Y.V. |
No 1 (2016) |
FORMATION OF STABLE OPERATING MODES OF ELECTRIC DRIVES OF TURBOCOMPRESSORS WITH CALCULATORS OF A CORNER OF LOADING |
|
Kryukov O.V. |
No 38 (2021) |
METHODOLOGICAL RECOMMENDATIONS FOR ESTIMATING THE REACTIVE POWER CONSUMPED BY A SUBMERSIBLE INDUCTION ELECTRIC MOTOR |
|
Mishurinskikh S.V., Petrochenkov A.B. |
No 20 (2016) |
START-UP OF ELECTRODRIVING GAS-COMPRESSOR UNITS |
|
Kryukov O.V. |
No 39 (2021) |
CYLINDRICAL LINEAR VALVE MOTOR FOR SHAFTLESS OIL RECOVERY |
|
Konev K.A., Furina A.O., Korotaev A.D., Chabanov E.A. |
No 22 (2017) |
THE CHOICE OF HIGH-VOLTAGE FREQUENCY CONVERTERS FOR GAS-PUMPING ELECTRIC DRIVE UNIT BY MODELLING OF THEIR CHARACTERISTICS |
|
Stepanov S.E. |
No 40 (2021) |
DESIGN AND MANUFACTURING TECHNOLOGY OF A CYLINDRICAL LINEAR VALVE MOTOR WITH PERMANENT MAGNETS FOR AN ELECTRIC DRIVE OF A GRINDING MACHINE |
|
Chabanov E.A., Korotaev A.D. |
No 2 (2014) |
STUDYING STABILITY FOR INDUCTION MOTOR WITH VARIOUS TYPE OF TORQUE RESISTANCE |
|
Davletbaeva G.N., Tyulenev M.E. |
No 40 (2021) |
Overview of Magnetic Structures of Permanent Magnet Synchronous Motor Rotor |
|
Popov S.A., Krivchenkov V.I., Astashov M.A., Popova S.V. |
No 3 (2014) |
SIMULATION OF VECTOR CONTROL SYSTEM OF ASYNCHRONOUS MOTORS THROUGH THE MATLAB/SIMULINK ENVIRONMENT |
|
Dadenkov D.A., Solodky E.M., Shachkov A.M. |
No 32 (2019) |
DEVELOPMENT OF A METHOD FOR ANALYZING A DC MOTOR HIGH-POWER WITH CLAW POLES DESIGNED FOR PILGER MILL FOR THE MANUFACTURE OF SEAMLESS PIPES |
|
Gandzha S.A., Kosimov B.I., Aminov D.S. |
No 40 (2021) |
STUDY OF THE INFLUENCE OF THE LAYERED ARMATURE STRUCTUREOF THE INDUCTION MOTOR WITH RING WINDINGS ON THE MAGNETIC FLUXE DISTRIBUTION |
|
Tikhonova O.V., Malygin I.V., Plastun A.T. |
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