分析系统主要设计参数对各构件浮动位移的影响，为星型齿轮传动系统浮动机构的设计提供依据。
The influence of the main designed parameters on floating displacement was analyzed. The reference was supplied for designing the basic floating part of star gear train.
建立了星型齿轮传动动力学系统基本构件浮动位移量分析模型；
A floating displacement analysis model of a two-stage star gear train′s dynamic system was established.
建立星型齿轮传动静力学系统基本浮动构件浮动位移分析的弹簧-质量模型；
A floating displacement static analysis model of basic floating part of 2-stage star gear train was presented.
第四，根据以上理论分析的结果和实际的使用需求，开发了星型齿轮传动均载分析软件。
Fourth, in the basis of theoretical analysis and user requirement, the load sharing software system has been developed.
建立了两级星型齿轮传动系统的非线性动力学分析模型，模型中考虑了系统的综合啮合误差、时变啮合刚度以及齿侧间隙。
A dynamic analysis model in which the gear error and the time-varying stiffness and backlash are included is established for a 2-stage star gear train.
建立了两级星型齿轮传动系统的动力学均载分析模型，考虑了各构件的制造误差与安装误差。
A dynamic analysis model was established for a 2-stage planet gear train in which manufacturing and assembly errors were considered.
建立了两级星型齿轮传动系统的动力学均载分析模型，考虑了各构件的制造误差与安装误差。
A dynamic analysis model was established for a 2-stage planet gear train in which manufacturing and assembly errors were considered.
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