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In 2018, the 16th International Symposium on Magnetic Bearings (ISMB16) was held in Beijing, China. Herein, eight distinguished papers were selected to be published as Special Issues of Actuators. These papers are suggested to provide new insights for the development of magnetic bearings, with emphasis on thermal behavior analysis, electrodynamic thrust bearings analysis, viscoelastic damping design, magnetic spring, condition monitoring, self-bearing motors performance.

History of engineering & technology --- performance criteria --- damping --- electrodynamic --- energy efficiency --- stability --- stiffness --- thrust bearing --- Active Magnetic Bearing --- AMB --- Internet of Things --- IoT --- Condition Monitoring --- magnetic spring --- optimal design --- component benchmarking --- compliant actuation --- parallel elastic actuators (PEA) --- series elastic actuators (SEA) --- axial gap --- self-bearing motor --- double stator structure --- 5-degrees of freedom active control --- design refinement --- ventricular assist device --- pediatric --- passive magnetic bearing --- viscoelastic material --- modeling --- rotor dynamics --- active magnetic bearing --- cost reduction --- active magnetic bearings --- kinetic energy storage --- fiber reinforced plastic --- fatigue testing --- thermal behavior --- self-sensing --- radial three-phase bearing --- space vector modulation --- electrodynamic bearing --- passive levitation

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

In 2018, the 16th International Symposium on Magnetic Bearings (ISMB16) was held in Beijing, China. Herein, eight distinguished papers were selected to be published as Special Issues of Actuators. These papers are suggested to provide new insights for the development of magnetic bearings, with emphasis on thermal behavior analysis, electrodynamic thrust bearings analysis, viscoelastic damping design, magnetic spring, condition monitoring, self-bearing motors performance.

History of engineering & technology --- performance criteria --- damping --- electrodynamic --- energy efficiency --- stability --- stiffness --- thrust bearing --- Active Magnetic Bearing --- AMB --- Internet of Things --- IoT --- Condition Monitoring --- magnetic spring --- optimal design --- component benchmarking --- compliant actuation --- parallel elastic actuators (PEA) --- series elastic actuators (SEA) --- axial gap --- self-bearing motor --- double stator structure --- 5-degrees of freedom active control --- design refinement --- ventricular assist device --- pediatric --- passive magnetic bearing --- viscoelastic material --- modeling --- rotor dynamics --- active magnetic bearing --- cost reduction --- active magnetic bearings --- kinetic energy storage --- fiber reinforced plastic --- fatigue testing --- thermal behavior --- self-sensing --- radial three-phase bearing --- space vector modulation --- electrodynamic bearing --- passive levitation --- performance criteria --- damping --- electrodynamic --- energy efficiency --- stability --- stiffness --- thrust bearing --- Active Magnetic Bearing --- AMB --- Internet of Things --- IoT --- Condition Monitoring --- magnetic spring --- optimal design --- component benchmarking --- compliant actuation --- parallel elastic actuators (PEA) --- series elastic actuators (SEA) --- axial gap --- self-bearing motor --- double stator structure --- 5-degrees of freedom active control --- design refinement --- ventricular assist device --- pediatric --- passive magnetic bearing --- viscoelastic material --- modeling --- rotor dynamics --- active magnetic bearing --- cost reduction --- active magnetic bearings --- kinetic energy storage --- fiber reinforced plastic --- fatigue testing --- thermal behavior --- self-sensing --- radial three-phase bearing --- space vector modulation --- electrodynamic bearing --- passive levitation