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A NOVEL MAGNETIC SOURCE DESIGN FOR FLEXIBLE FIXTURING BASED ON MAGNETORHEOLOGICAL FLUID

机译:基于磁流变流体的柔性夹具新型磁源设计

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Magnetic source configuration plays an important role in flexible fixturing based on magnetorheological fluid (MRF). In this article, a novel magnetic source connected to spindle of machine tool is designed to generate specific magnetic field in machining region. The magnetic field can follow machining trajectory in real time, solidifying magnetorheological fluid under current machining region and constituting a mirror support to axial milling force. The magnetic field makes magnetorheological fluid work in squeeze mode, thus providing a stronger supporting capability under the same magnetic field. The magnetic source has self-cooling function, permitting a very strong coil current throughout the whole machining process. Compared with other magnetic sources used in magnetorheological fixturing, magnetic source researched in this paper is more universal and economical.
机译:磁源配置在基于磁流变流体(MRF)的柔性夹具中起着重要作用。在本文中,设计了一种连接到机床主轴的新型磁源,以在加工区域产生特定磁场。磁场可以实时跟随加工轨迹,在当前加工区域下固化磁流变流体,并构成对轴向铣削力的镜面支撑。磁场使磁流变流体以挤压模式工作,因此在相同磁场下提供了更强的支撑能力。磁源具有自冷却功能,在整个加工过程中允许非常强的线圈电流。与用于磁流变夹具的其他磁源相比,本文研究的磁源更加通用和经济。

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