滚动轴承支承锥齿轮传动转子系统非线性动力学分析

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1、目录3.4.1时不变转子动力学特性分析.........................................................................293.4.2时变转子动力学特性分析.............................................................................333.5小结.......................................................................................................

2、.....................384含波纹故障的滚动轴承-锥齿轮转子系统动力学特性....................................................394.1概述............................................................................................................................394.2含波纹故障的滚动轴承模型..................................................

3、..................................394.3时不变转子动力学特性研究....................................................................................404.3.1单间隙转子动力学.........................................................................................404.3.2多间隙转子动力学...........................................

4、..............................................454.4时变多间隙不平衡转子动力学分析........................................................................494.4.1无静态传递误差的系统动力学行为.............................................................494.4.2考虑静态传递误差条件下的系统动力学行为.............................................514.5

5、小结............................................................................................................................545多间隙时变不平衡转子系统模型的参数分析..................................................................565.1概述............................................................................

6、................................................565.2啮合刚度、转速等参数对转子系统非线性动力学的影响....................................565.3几何参数对转子系统非线性动力学的影响............................................................585.4小结..............................................................................................

7、..............................596结论与展望..........................................................................................................................606.1结论...................................................