MODELLING OF INDUCTION MOTOR WITH ANSYS MAXWELL RMXPRT PROGRAMM
Keywords:
asynchronous electric motor, stator, rotor, Ansys Maxwell RMxprt, performance characteristics, net power, power factor, efficiency.Abstract
The article illustrated the design and modeling of an asynchronous
electric motor by using the program Ansys Maxwell. Ansys Maxwell RMxprt is used in
order to demonstrate the result of design and modeling of electrical machines. The
advantages of using the program module Ansys Maxwell RMxprt for the design of
electrical machines are revealed and the results of the analysis of their performance
are showed. The results of the calculation of the operating characteristics are given in
the data tables and in the form of graphical characteristics.
References
1.
Deshmukh K. _ S., Bansal K ., Killedar A .. Modeling and Simulation of
Three Phase Induction Machine Using Written Pole Technology Journal of Electrical
and Electronics Engineering , Ver. IV ( Jan. – Feb . 2017). P. _ 23-29 .
2.
Kirichenko A., Polyansky P., Ivanov G.. Simulation of an asynchronous
electric motor using the Ansys software module Maxwell RMxprt . Commission of
Motorization and Energetics in Agriculture – 2016. Vol.18. No.2. pp . 49-55 .
3.
Ansys Maxwell 3D V.15 - Electromagnetic and Electromechanical
Analysis: user's guide/ Ansys Inc. - Pittsburgh, 2012. - 1006 p.
4.
Ansys Maxwell 2D V.15 - Electromagnetic and Electromechanical
Analysis: user's guide/ Ansys Inc. - Pittsburgh, 2012. - 628 p.
5.
Ачилов Х.Д., Бешимов Ш.Д. Синхронная работа фаз роторных
асинхронных двигателей мер по увеличению коэффициентов передачи
мощности The Way of Science, 32-35
6.
Ачилов, Х. Д., Иноятов, М. Б., Комилов, Д. И., & Холмyрзаев, М.
Ш. (2014). Прямой контроль крутящего момента двигателя. The Way of Science,
11.
7.
Bobozhanov, M. K., Tuychiev, F. N., Achilov, H. J., Mamadiyev, K. N.,
& Rajabov, J. B. (2022). MODELLING OF INDUCTION MOTOR WITH ANSYS
MAXWELL RMXPRT PROGRAMM. INTERNATIONAL JOURNAL OF
RESEARCH IN COMMERCE, IT, ENGINEERING AND SOCIAL SCIENCES ISSN:
2349-7793 Impact Factor: 6.876, 16(01), 66-69.
8.
Sadullaev, M., Bobojanov, M., Karimov, R., Xushvaktov, D.,
Shoyimov, Y., & Achilov, H. (2025, November). Experimental studies of contactless
devices for controlling the power of capacitor batteries. In AIP Conference
Proceedings (Vol. 3331, No. 1, p. 040044). AIP Publishing LLC.
