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The d-q model of Induction Motors (IMs) has been effectively used as an efficient method to analyze the performance of the induction machines. This study presents a step by step Matlab/Simulink implementation of a star-connected 3-phase IM under open-phase fault (faulty 3-phase IM) using d-q model. The presented technique in this paper can be simpl...
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Citations
... The use of a single electric motor for actuating two unbalanced rotors allows for saving energy and increasing operating efficiency. In order to analyze the drive operation, the most widespread double-coordinate electromechanical model of the asynchronous electric motor is used [39,40]. The electromagnetic torque generated by the motor's shaft is determined using the following formula [40]: ...
Theoretical investigations into the capabilities of a coaxial inertial drive with various operating modes for vibratory conveyors and screens are conducted in the paper. The coaxial inertial exciter is designed with one asynchronous electric motor and the kinematically synchronized rotation of two unbalanced masses. Three variants of angular speeds ratios, namely ω2/ω1 = 1, ω2/ω1 =-1, and ω2/ω1 = 2, are considered. Based on these relations, the circular, elliptical, and complex motion trajectories of the working members are implemented. In the first two cases, single-frequency harmonic oscillations take place. In the latter case, the double-frequency periodic oscillations are excited. The dynamic behavior of the motor's shaft during its running-up and running-out is considered. The influence of the inertial parameters of the unbalanced rotors and the relative phase shift angle between them on the elliptical trajectories of the vibratory system's mass center motion is investigated. The use of forced kinematic synchronization provides the motion stability of the vi-bratory system for all considered working regimes.
