无轴承电机的结构与悬浮控制

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无轴承电机的结构与悬浮控制

绪论·················································1

1.1 无轴承电机的研究意义与现状···································1

1.2文档的提出及文档的内容安排···································4

第二章机械结构的设计·······································6

2.1 引言·····················································6

2.2 无轴承电机的系统设计········································6

2.3无轴承电机的总体结构设计·····································8

2.4 无轴承电机主要零部件的结构设计·······························9

2.5 无轴承电机的主要零件结构设计································11

第三章磁悬浮轴承的工作原理及数学建模······················17

3.1 引言·····················································17

3.2 磁轴承的组成··············································18

3.3 磁轴承的基本工作原理·······································19

3.4 永磁偏置轴向径向磁轴承的建模································23

3.5 混合磁轴承的具体参数设计····································32

第五章结论···············································36

致谢·······················································37

参考文献···················································38

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