Controllable/active bearings are mainly associated with active magnetic bearings (AMBs),
whereas active bearing control is also found in many types of bearings, eg fluid, gas and …

In this paper, a hybrid magnetic bearing (HMB) prototype system is designed and analyzed.
Two compact bearings are used to suspend the rotor in five degrees of freedom …

This article presents a comprehensive review of modeling, analysis, and development of
permanent magnet bearings (PMB) for rotating shafts. The different configurations of PMB …

The questions of planning and calculation of prototype magnetic rotor suspension of small
engines at making of elaborate machine-building designs in particular pumps, turbo …

Research on the multi-degree-of-freedom and large-displacement motion control of the
levitated object makes a contribution to broadening the application field of the Maglev …

The present work focuses on the rotor dynamic properties of a 650 W roof-top horizontal axis
windturbine (HAWT) rotor supported by radial permanent magnet bearings (PMBs). Radial …

© Болотов АН, Бурдо ГБ, 2022 Целенаправленное конструирование систем с
магнитопассивными подшипниками затруднено отсутствием теоретических методик …

Active thrust magnetic bearings provide an axial force to balance the moving parts of
machines. However, most devices produce null or unbalancing passive forces. Furthermore …

The article presents the process of verification of the passive magnetic bearing by the
Comsol Multiphysics program. There is shown construction of the radial passive magnetic …

The purposeful design of systems with magnetic passive bearings is hampered by the lack
of theoretical methods for calculating optimal magnetic systems that take into account the …