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Dynamics modeling and electromechanical coupling characteristics analysis of cage induction motors
Induction motors, as typical electromechanical energy conversion devices, have received limited attention in previous studies on electromechanical...
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Estimation of the parameters for multi-cage models of induction motors using manufacturer data and PSO
This paper presents a new method to estimate the parameters of multi-cage models of induction motors using only the information provided by...
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A novel power quality improved AC voltage controller for soft starting of squirrel cage induction motors
Soft starting of a squirrel cage induction motor (SCIM) is a general requirement in industries. Until now, the soft starting systems of squirrel cage...
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Fault classification of three phase induction motors using Bi-LSTM networks
The induction motors are back bone of the modern industry and play very important role in manufacturing and transportation sectors. The induction...
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Dynamic Characteristics of a Vibration System Excited by Four Induction Motors Rotating in Arbitrary Directions
PurposeFacing the high-power requirements of large-scale or super-scale scale vibratory machines, the multi-machine parallel technology by adding the...
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Study on the Self-Synchronization and Sommerfeld Effect of Rectangular Thin Plate Vibration System Excited by Double Induction Motors
PurposeWith the development of vibration equipment towards larger scales and higher frequencies, complex structural vibrations become unavoidable....
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Features of Operation of Induction Motors with a Combined Winding in a Frequency-Controlled Electric Drive
AbstractAn increase in losses and electromagnetic noise of induction motors and wave overvoltages when a motor is operating from a frequency...
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FPGA real-time implementation of welch transform for diagnosis of broken rotor bars in induction motors
Detecting Broken Rotor Bars (BBFs) in induction motors is critical for ensuring their reliable operation. While conventional methods, such as Fast...
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Design Principles for a Highly Energy-Efficient General Industrial Series of Induction Motors with Maximization of Energy and Power Indicators
AbstractInvariant quality indicators of asynchronous machines that are common to most technical objects are listed. An review of the development of...
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Predictive control of induction motors using cascaded artificial neural network
In recent years, Model Predictive Torque Control (MPTC) has gained popularity as a powerful method of controlling Induction Motors (IMs). There are,...
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Mathematical Modelling of Electromagnetic Transduction for Optimal Power Harvesting from Induction Motors
Induction motors are widely used to convert electrical power into mechanical power because they are simple, rugged, robust, efficient, and suitable...
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Development of a Torsion Test Bench Electric Drive Based on Arc Induction Motors
AbstractA torsional fatigue test of a torsion bar should be carried out in accordance with the nature of the real loads by applying cyclic loads...
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Group Induction Motors’ Speed Control via ACPWM-Based Single Speed Controller
In a bid to optimise our energy consumption, we humans are heading towards the more feasible ways of doing things. This led us to switch from fossil...
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An Equivalent Circuit of Single-Sided Linear Induction Motors with Composite Sheet Secondary
Since the single-sided linear induction motor has a finite length along the direction of its movement, the non-linear phenomena have significant...
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An Overview of Techniques for Detecting Mechanical Anomalies in Induction Motors
A well-maintained induction motor will make the operations of various industrial processes less daunting. Because of their ease of use, robust...
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Design of a novel distributed winding for improving performance of the induction motors
The elimination of harmonic components of the magnetic motive force (MMF) waveform improves the performance of induction motors. The non-sinusoidal...
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The effect of stator slot number and pole number on motor performance in double-sided axial flux induction motors for electric vehicles
The aim of this study is to compare the axial flux induction motors (AFIM) used in electric vehicles by analyzing them with finite element method in...
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Convolutional Neural Networks for Fault Diagnosis and Condition Monitoring of Induction Motors
Intelligent fault diagnosis methods using vibration signal analysis is widely used for fault detection of bearing for condition monitoring of...
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Influences of Secondary Width on Forces and Losses in Linear Induction Motors with Transversally Asymmetric Secondary
Since the secondary structure and relative position to the primary are the important parameters for the traction characteristics in linear induction...
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Open-phase fault-tolerant control of encoderless Y-connected 3-phase induction motors
In encoderless vector control (VC) systems for 3-phase induction motor (IM 3P ) drives, an open-phase fault (F OP ) may lead to degradation or shut-down...
