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Design of a controller for a hybrid bearing system

机译:混合轴承系统控制器的设计

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Most large turbomachinery use fluid film journal bearings to support the rotor, limit vibrations, and to control potential instabilities. More recently, an alternate bearing technology has come into commercial use: active magnetic bearings. These bearings offer a number of advantages, particularly because they can provide very favorable dynamic properties, useful in managing rotor stability. To capitalize on the advantages of both bearing designs, we propose to explore the combination of both bearings into a single integrated bearing design, where the superior load capacity of journal bearings acts in concert with the controllability characteristics of active magnetic bearings to counteract the instability mechanisms of fluid film journal bearings.
机译:大多数大型涡轮机械都使用液膜轴颈轴承来支撑转子,限制振动并控制潜在的不稳定性。最近,另一种轴承技术已投入商业使用:主动磁轴承。这些轴承具有许多优点,特别是因为它们可以提供非常有利的动态特性,可用于管理转子的稳定性。为了利用两种轴承设计的优势,我们建议探索将两种轴承组合成一个单一的集成轴承设计,在这种设计中,轴颈轴承的卓越负载能力与有源电磁轴承的可控性特性共同作用,以抵消不稳定性的影响液膜轴颈轴承。

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