VIBRATION SIMULATION OF TECHNOLOGICAL MACHINE BODY IN THE DYNAMIC BRAKING MODE OF ASYNCHRONOUS MACHINE WITH FREQUENCY CONTROL

Simulation of the vibration level of technological machines (TM) with an asynchronous electric frequency control allows to detect causes of interference effects, to identify oscillation suppression technics. A steplike program control stator current bias in the formation of AS torque on the shaft ta...

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Main Authors: Nikolay F. KARNAUKHOV, Julia V. PUDOVA, Maxim N. FILIMONOV
Format: Article
Language:Russian
Published: Don State Technical University 2018-07-01
Series:Вестник Донского государственного технического университета
Subjects:
Online Access:https://vestnik.donstu.ru/jour/article/view/1017
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author Nikolay F. KARNAUKHOV
Julia V. PUDOVA
Maxim N. FILIMONOV
author_facet Nikolay F. KARNAUKHOV
Julia V. PUDOVA
Maxim N. FILIMONOV
author_sort Nikolay F. KARNAUKHOV
collection DOAJ
description Simulation of the vibration level of technological machines (TM) with an asynchronous electric frequency control allows to detect causes of interference effects, to identify oscillation suppression technics. A steplike program control stator current bias in the formation of AS torque on the shaft taking into account the amplitude and phase of the oscillation parameters is determined by the virtual phase-frequency meter.
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1992-6006
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publisher Don State Technical University
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series Вестник Донского государственного технического университета
spelling doaj.art-57339d10584e4b8eb699fa40884b3f8c2022-12-22T01:31:52ZrusDon State Technical UniversityВестник Донского государственного технического университета1992-59801992-60062018-07-011045695741005VIBRATION SIMULATION OF TECHNOLOGICAL MACHINE BODY IN THE DYNAMIC BRAKING MODE OF ASYNCHRONOUS MACHINE WITH FREQUENCY CONTROLNikolay F. KARNAUKHOV0Julia V. PUDOVA1Maxim N. FILIMONOV2Don State Technical UniversityDon State Technical UniversityDon State Technical UniversitySimulation of the vibration level of technological machines (TM) with an asynchronous electric frequency control allows to detect causes of interference effects, to identify oscillation suppression technics. A steplike program control stator current bias in the formation of AS torque on the shaft taking into account the amplitude and phase of the oscillation parameters is determined by the virtual phase-frequency meter.https://vestnik.donstu.ru/jour/article/view/1017tm mobility elementfluctuation amplitude and phasetwo current inhibition asvirtual measuring vibrations.
spellingShingle Nikolay F. KARNAUKHOV
Julia V. PUDOVA
Maxim N. FILIMONOV
VIBRATION SIMULATION OF TECHNOLOGICAL MACHINE BODY IN THE DYNAMIC BRAKING MODE OF ASYNCHRONOUS MACHINE WITH FREQUENCY CONTROL
Вестник Донского государственного технического университета
tm mobility element
fluctuation amplitude and phase
two current inhibition as
virtual measuring vibrations.
title VIBRATION SIMULATION OF TECHNOLOGICAL MACHINE BODY IN THE DYNAMIC BRAKING MODE OF ASYNCHRONOUS MACHINE WITH FREQUENCY CONTROL
title_full VIBRATION SIMULATION OF TECHNOLOGICAL MACHINE BODY IN THE DYNAMIC BRAKING MODE OF ASYNCHRONOUS MACHINE WITH FREQUENCY CONTROL
title_fullStr VIBRATION SIMULATION OF TECHNOLOGICAL MACHINE BODY IN THE DYNAMIC BRAKING MODE OF ASYNCHRONOUS MACHINE WITH FREQUENCY CONTROL
title_full_unstemmed VIBRATION SIMULATION OF TECHNOLOGICAL MACHINE BODY IN THE DYNAMIC BRAKING MODE OF ASYNCHRONOUS MACHINE WITH FREQUENCY CONTROL
title_short VIBRATION SIMULATION OF TECHNOLOGICAL MACHINE BODY IN THE DYNAMIC BRAKING MODE OF ASYNCHRONOUS MACHINE WITH FREQUENCY CONTROL
title_sort vibration simulation of technological machine body in the dynamic braking mode of asynchronous machine with frequency control
topic tm mobility element
fluctuation amplitude and phase
two current inhibition as
virtual measuring vibrations.
url https://vestnik.donstu.ru/jour/article/view/1017
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AT juliavpudova vibrationsimulationoftechnologicalmachinebodyinthedynamicbrakingmodeofasynchronousmachinewithfrequencycontrol
AT maximnfilimonov vibrationsimulationoftechnologicalmachinebodyinthedynamicbrakingmodeofasynchronousmachinewithfrequencycontrol