Results 41 to 50 of about 260 (170)
Design accuracy and magnetic field analysis of a dual-armature bearingless flux reversal motor
AIP Advances, 2023 A dual-armature bearingless flux reversal motor (DBFRM) is proposed. The permanent magnet in the motor is located on the stator side, the armature winding is located on the stator side and the rotor side, the suspension winding is located at the stator ...
YiFei Yang +3 more
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Journal of Advanced Mechanical Design, Systems, and Manufacturing, 2015 There are a number of problems with disposable centrifugal blood pumps (DCBPs) that need to be addressed. First, there is the high cost of the disposable pump head due to the use of rare earth magnets; secondly, the large size of the reusable part due to
Jun RAO +2 more
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Optimization Design of Unequal Amplitude Modulated Poles for the Bearingless PMSM
Energies, 2022 The structural parameters of an equal amplitude modulated magnetic pole is limited by the length of the air-gap. When the modulation ratio or carrier ratio is small, the spacing of permanent magnets is too large, which will lead to a worse cogging effect,
Huimin Wang +3 more
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CES Transactions on Electrical Machines and Systems, 2018 Different from conventional switched reluctance motor(SRM), bearingless SRM not only provides torque but also supplies levitation force for free-friction of rotor.
Fangxu Li +3 more
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A Novel Grey-RSS Navigation System Design for Mobile Robots
International Journal of Automation and Smart Technology, 2012 The active magnetic bearing (AMB) offers several advantages such as having no friction, high rotational speed, less energy loss, and long life span. In rotation application, however, it must be connected to a motor which may degrade its performance.
Albert Yao, Hsin-Te Liao, Shiou-De Chen
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A Feasibility Study of a Bearingless Motor Based on Three-pole Active Magnetic Bearing
International Journal of Automation and Smart Technology, 2012 The active magnetic bearing (AMB) offers several advantages such as having no friction, high rotational speed, less energy loss, and long life span. In rotation application, however, it must be connected to a motor which may degrade its performance.
Shyh-Leh Chen +3 more
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Decoupling analysis of a novel bearingless flux-switching permanent magnet motor
AIP Advances, 2017 In this paper, a novel 12/10 stator/rotor pole bearingless flux-switching permanent magnet (BFSPM) motor is proposed to overcome the drawbacks of rotor permanent magnet type bearingless motors. The basic motor configuration, including motor configuration
Chenyin Zhao, Huangqiu Zhu, Yuemei Qin
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AIP Advances, 2022 First, a topology of a consequent-pole bearingless flux reversal (CPBFR) motor suitable for flywheel battery magnetic suspension support systems is proposed, and the specific forms of different winding pitches are analyzed.
YiFei Yang +3 more
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IET Electric Power Applications, Volume 18, Issue 12, Page 1703-1718, December 2024.The authors attempt to explore the co‐excitation control method of both radial magnetic bearing (RMB) and switched reluctance motor (SRM) by using a set of asymmetric power converters together in order to reduce the controller cost of conventional magnetic levitation motor systems.
Zeyuan Liu +4 more
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Design and Analysis of a Bearingless Permanent-Magnet Motor for Axial Blood Pump Applications
IEEE Access, 2020 Because of their high power density and compact size, permanent-magnet (PM) motors have been commonly used to drive rotary blood pumps (RBPs), which are focused on the treatment of end-stage heart failure or as the bridge to a heart transplant.
Fangqun Wang +3 more
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