MATHEMATICAL MODEL FOR EXPERIMENTAL RESEARCH OF VIBRATION EQUIPMENT WITH LOW FREQUENCY MECHANICAL VIBRATION
Authors:
1.
Sumgait State University
Type:
Сonference article
Published:
20.02.2020
Subject area:
UDK 62 Инженерное дело. Техника в целом. Транспорт
GRNTI 47.01 Общие вопросы электроники и радиотехники
BBK 302 Проектирование
GRNTI 47.01 Общие вопросы электроники и радиотехники
BBK 302 Проектирование
Language:
Russian
Keywords:
vibratory device, low-frequency mechanical vibration, mathematical model
Abstract (English):
The problem of obtaining a mathematical model based on the Lagrange equations for experimental research of vibration devices is considered. A structural diagram of a vibrating device with low-frequency mechanical vibration with the placement of its active like of respectively, loads, a plate and anchors, an electromagnet, coil springs and a damper is proposed. The resulting mathematical model allows determining the dependence of the value of the movement of the anchors of the frequency and the total forces of the vibrating device with low-frequency mechanical vibration.
The problem of obtaining a mathematical model based on the Lagrange equations for experimental research of vibration devices is considered. A structural diagram of a vibrating device with low-frequency mechanical vibration with the placement of its active like of respectively, loads, a plate and anchors, an electromagnet, coil springs and a damper is proposed. The resulting mathematical model allows determining the dependence of the value of the movement of the anchors of the frequency and the total forces of the vibrating device with low-frequency mechanical vibration.
Keywords:
vibratory device, low-frequency mechanical vibration, mathematical model
vibratory device, low-frequency mechanical vibration, mathematical model
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2. Patent RF № 2339965. Vibracionnyy magnitometr / Velikanov D. A. Opubl. 27.11.08, Byul. № 33.
3. Medvedev, B.V. Nachala teoreticheskoy fiziki. Mehanika, teoriya polya, elementy kvantovoy mehaniki. - M.: Fizmatlit, 2007.
