Control and Diagnosis of Electric Machines
This research sub-field focuses on the performance, control techniques, and fault diagnosis methods for electric machines, particularly induction motors and synchronous machines. It encompasses advancements in drive control strategies, high-frequency dynamics, and the application of model predictive control to enhance the efficiency and reliability of various propulsion and drive systems.
166,287 papers
Parent topic: Communication and Signal Processing
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Sub-topics
Synchronous Machines and Their Control
Focusing on the stability and control strategies of synchronous machines, this cluster investigates advancements in synchronous machine technology and their application in various fields.
37161 papers
Advanced Induction Motor Control
This area addresses advanced techniques for the control of induction motor drives, including quick-response methods and multiphase control strategies to optimize performance across varying operating conditions.
16421 papers
Model Predictive Control in Electric Systems
Research in this area revolves around the application of model predictive control (MPC) strategies in electric drives and power converters, exploring their robustness and efficiency.
15278 papers
Induction Motor Operational Control
This cluster is dedicated to the performance analysis and control strategies for induction motors. It involves various methodologies to enhance operational efficiency and effectiveness across multiple applications.
12216 papers
Electrical Machinery Fault Diagnosis
This research area focuses on the diagnostic techniques and methodologies for identifying faults in electrical machines, particularly induction motors. It encompasses various analytical approaches to monitoring and preventing failures in machine components.
11355 papers
Electrical Machines for Transportation
Focusing on electric and hybrid vehicle applications, this cluster explores the unique characteristics and technologies of electrical machines used in various propulsion systems.
10514 papers
Machine Tool Engineering Dynamics
Research in this cluster investigates the technological advancements and dynamic behaviors of machine tools. It examines the interactions of mechanical systems and their performance metrics in the machining process.
8975 papers
Control of Permanent Magnet Machines
This cluster focuses on the control methodologies for permanent magnet synchronous machines, emphasizing dynamic regulation and implementation for various applications including wind energy.
5771 papers
Permanent Magnet Drive Systems
This cluster studies permanent magnet drive systems, particularly concerning their applications in electric and hybrid vehicles, and includes the reliability of these systems under various loads.
4686 papers
Multi-Phase Electric Machines Research
This research area explores developments in multiphase induction and reluctance machines, including control techniques and performance characteristics under different operational conditions.
4464 papers
Analysis of AC Machine Dynamics
Research in this cluster revolves around the theoretical and empirical analysis of AC machines and their drive systems, providing insights into their design and operational characteristics.
2718 papers
Electric Motor Fault Analysis
Dedicated to analyzing faults in electric motors, this cluster discusses methods for determining the cause and impact of common failures in three-phase induction machines and similar systems.
2396 papers
Detection in Electrical Machines
This cluster studies detection methods pertinent to electrical machines, focusing on real-time fault isolation and feedback control mechanisms to enhance system reliability.
1803 papers
Electric Motor Fault Detection
This cluster focuses on the detection methods used to identify faults in electric motors, analyzing the implications of operational parameters and conditions on their performance.
1620 papers
Electromechanical Motor Modeling
This research area focuses on the electromechanical modeling of motors, analyzing the design, behavior, and computational techniques necessary for accurate simulations.
1380 papers
Control Techniques for Electric Drives
This research area highlights control strategies specific to DC-excited and adaptive methods for enhancing the performance of electric drive systems, particularly in induction machinery.
1123 papers
High-Frequency Motor Drive Dynamics
Research here focuses on the high-frequency dynamics of motor drives, exploring the challenges posed by reflected wave technology and its implications for drive performance and control systems.
270 papers