Results 31 to 40 of about 2,339 (259)
Dynamic Characteristic Analysis of Hollow-type Magnetic Gear for Collaborative Robots [PDF]
한국정밀공학회지Magnetic gears transmit torque via non-contact electro-magnetic coupling, which eliminates mechanical contact and significantly reduces wear, backlash, and noise compared to traditional mechanical gears.
Jin-Seok Kim, Rea-Eun Kim, Jung-Moo Seo
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Servo Control of Magnetic Gears
IEEE/ASME Transactions on Mechatronics, 2012 This paper considers the analysis and application of magnetic gearbox and magnetic coupling technologies and issues surrounding their use in high performance servo control systems. An analysis of a prototype magnetic coupling is used as a basis for demonstrating the underlying nonlinear torque transfer characteristics, nonlinear damping, and “pole ...
R. Montague, Chris Bingham, K. Atallah
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Jixie chuandong, 2023 In the research of nutation magnetic drive, the torque density of gears is an important index to evaluate its performance. Thus, the analysis and optimization of the magnetic torque is particularly important.
Lou Meiyan, Yao Ligang, Guo Chenxian
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DESIGN OF MAGNETIC GEARS FOR SPACE APPLICATIONS
IET Conference Proceedings, 2021 In recent years the space industry has experienced a significant change, called New Space. This change has introduced the volume manufacturing and tighter schedules to space industry. This allows the introduction of new technologies previously not used in the space industry.
Santiso-Zelaia, Jon +4 more
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Design of a cost-effective magnetic gearbox for an aerospace application
The Journal of Engineering, 2019 Magnetic gears are designed to perform in a highly reliable manner, and offer several advantages compared to mechanical gears but difficulties with manufacturing techniques and cost are strong handicaps. In contrast to conventional gears, the contact and
Maamar Benarous, Marlene Trezieres
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Overview of Energy-Efficient Magnetic Gears in Electric and Hybrid Vehicles
EnergiesMagnetic gears offer an energy-efficient alternative to conventional mechanical gears through magnetic fields rather than physical contact. A non-contact operation eliminates frictional losses, mitigates wear, and reduces vibration, noise and maintenance
Aten M. H. Chau +3 more
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A Comparative Study of the Performance Capabilities of Magnetic Gears
, 2016 This article is a literature review and comparison of the performance capabilities of magnetic gears. The purpose of this paper was to determine the validity of further attempts at implementing magnetic gear technology into large scale applications such ...
Painter, D. S.
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IET Electric Power Applications, 2023 Magnetic‐geared double‐rotor machines are recognized as a promising power‐splitting component in hybrid electric aircrafts (HEAs). However, the high fuel efficiency speed of the turbine engine in HEAs is about 10,000 rpm, whereas conventional topologies ...
Jiewen Lang +4 more
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Development of a Magnetic-Geared Permanent-Magnet Brushless Motor [PDF]
IEEE Transactions on Magnetics, 2009 High-torque and low-speed electrical drives are often employed for applications where mechanical gearing cannot be accommodated. On the other hand, permanent-magnet (PM) gear has drawn significant attention from both academies and industries due to the conspicuous merits, such as reduced acoustic noise, maintenance free, improved reliability, precise ...
Wang, L. L. +5 more
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Cost-effectiveness comparison of coaxial magnetic gears with different magnet materials [PDF]
, 2013 This paper presents a comparative study between the nonrare-earth PM and rare-earth PM-based coaxial magnetic gears. First, using finite-element analysis, the electromagnetic performances of four coaxial magnetic gears, which are installed with nonrare ...
Chen, M, Chau, KT, Li, W, Liu, C, Li, WL
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