id: 38510
Title: Mathematical modeling of the operation of a direct current motor with different types of excitation for vibrating machines
Authors: Mykhalevych V., Shtuts A. Kolisnyk M., Kupchuk I.
Keywords: mathematical modeling, DC motor, types of excitation, vibrating machines, operational characteristics, control theory, quantitative electronics.
Date of publication: 2025-03-06 10:03:15
Last changes: 2025-03-06 10:03:15
Year of publication: 2025
Summary: This work is devoted to the development and analysis of a mathematical model of a direct current motor with different types of excitation for vibrating machines. Vibrating machines play an important role in many industrial fields, and their performance is determined by the efficiency and precision of the motor. In this work, we investigate different types of excitation for a DC motor and develop corresponding mathematical models. Using the principles of control theory and the theory of quantitative electronics, we take into account the influence of various excitation parameters on the dynamics of engine operation. The obtained results can be useful for the development of new hybrid excitation systems for vibration machines that can operate in different modes depending on the requirements of specific additional conditions. In addition, the analysis was carried out and the mathematical model developed can serve as a basis for further research in the field of optimizing the operation of vibration systems using DC motors. Analyzing the obtained results, we compare the efficiency of different types of excitation and their influence on the operating characteristics of vibration machines. In addition, we are investigating the possibilities of reducing the power consumption and increasing the accuracy of the engine speed control. Special attention is paid to the analysis of the stability of the system under different operating conditions and changing parameters. The results of our research can have important practical applications in the development and improvement of vibration machines for industrial, technical and scientific purposes. They contribute to the understanding of the effect of various factors on the operation of a DC motor with different types of excitation, which can help engineers and designers improve the efficiency and reliability of vibrating systems.
URI: http://repository.vsau.org/repository/getfile.php/38510.pdf
Publication type: Монографії видані за кордоном
Publication: In: Education and science in the context of global changes. Monograph. Published by Primedia eLaunch. 2025. P. 329-351.
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