Magnetic Bearings and Levitation Dynamics
Description: This cluster of papers focuses on the dynamics, control, and applications of magnetic levitation systems, including maglev trains, bearingless motors, active magnetic bearings, spacecraft attitude control using control moment gyros, vibration analysis of rotor systems, and fault diagnosis in rotating machinery.
Characteristic keywords: magnetic levitation, active magnetic bearings, magnetic bearings, maglev train, flywheel energy storage, active magnetic levitation, levitation force, electromagnetic suspension, bearingless motor, superconducting magnetic levitation, electromagnetic levitation, superconducting magnetic bearings, flexible rotor, levitation control, radial magnetic bearing, levitation stability, levitation, hybrid magnetic bearing, passive magnetic bearings, electrodynamic suspension, rotor suspension, high-speed rotor, high-speed maglev, Hyperloop, magnetic levitation system
Sibling topics: Adaptive Control of Nonlinear Systems, Stability and Control of Uncertain Systems, Machine Fault Diagnosis Techniques, Microgrid Control and Optimization, Traffic control and management, Robotic Mechanisms and Dynamics, Robot Manipulation and Learning, Advanced Control Systems Optimization, Fault Detection and Control Systems, Smart Grid Security and Resilience, Power Systems Fault Detection, Process Optimization and Integration, Advanced Control Systems Design, Stability and Controllability of Differential Equations, Control Systems and Identification, Dynamics and Control of Mechanical Systems, Piezoelectric Actuators and Control, Control and Dynamics of Mobile Robots, Iterative Learning Control Systems, Pulsed Power Technology Applications, Systems Engineering Methodologies and Applications, Vibration and Dynamic Analysis, Human Motion and Animation, Optimization and Mathematical Programming, Control and Stability of Dynamical Systems, Thermal Analysis in Power Transmission, Real-time simulation and control systems, Military Strategy and Technology, Embedded Systems and FPGA Design, Mining Techniques and Economics, Engineering and Test Systems, Industrial Automation and Control Systems, Robotics and Automated Systems, Wireless Sensor Networks and IoT, Advanced Algorithms and Applications, Aerospace Engineering and Applications, Elevator Systems and Control, Extremum Seeking Control Systems, Advanced Sensor and Control Systems, Simulation and Modeling Applications, Advanced Research in Systems and Signal Processing, Advanced Data Processing Techniques, Industrial Technology and Control Systems
Parent subfield: Control and Systems Engineering
Field: Engineering
Domain: Physical Sciences
OpenAlex ID: T11602