МЕЖДУНАРОДНАЯ НАУЧНО-ТЕХНИЧЕСКАЯ КОНФЕРЕНЦИЯ
АКТУАЛЬНЫЕ ПРОБЛЕМЫ ЦИФРОВИЗАЦИИ ЭЛЕКТРОМЕХАНИЧЕСКИХ И
ЭЛЕКТРОТЕХНОЛОГИЧЕСКИХ СИСТЕМ
158
Figure 1. FEM frequency analysis of power units of an axial motor with a permanent magnets
rotor at a resonant frequency of 5.2 kHz
Figure 2. FEM frequency analysis of power units of an axial motor with a permanent magnets
rotor at a resonant frequency of 21.146 kHz
Stress analysis showed that mechanical deformations that occur at resonant
frequencies above 3 kHz lead to significant deformations of the engine components. At
the resonant frequency of 11 kHz, the motor plates are subject to significant stress.
Mechanical stresses in the rotor are concentrated in the
areas between the permanent
magnets and the steel core, reaching the greatest stress at the outer edge of the rotor plate.
The greatest oscillations on the rotor, reaching a value of 14.2 kHz, and deformations of
the plate, affecting its deviation from the axial location on the shaft, were noted.
A graph of the resonant frequencies of the engine depending on the number of FEM
analysis iterations performed is shown in Figure 3.
МЕЖДУНАРОДНАЯ НАУЧНО-ТЕХНИЧЕСКАЯ КОНФЕРЕНЦИЯ
АКТУАЛЬНЫЕ ПРОБЛЕМЫ ЦИФРОВИЗАЦИИ ЭЛЕКТРОМЕХАНИЧЕСКИХ И
ЭЛЕКТРОТЕХНОЛОГИЧЕСКИХ СИСТЕМ
159
Figure 3. Graph of the resonant frequencies of the motor depending on the number of FEM
analysis iterations
