For a geared linkage mechanism, kinematics and force analysis can be accomplished automatically according to the corresponding algorithm respectively.
根据型转化法运动及力分析的分析算法，实现了机构运动分析及力分析的自动化。
The visualized input of geared linkage mechanism, and visualization simulation on structural decomposition, kinematics and force analysis were mainly studied in this dissertation.
本文主要研究了齿轮连杆机构的可视化输入及结构分解、运动分析与力分析的自动求解与可视化运动仿真。
Mathematic description of generation of rigid body geared four bar guidance linkage with prescribed timing is given.
对带有预定时标齿轮四杆刚体导引机构生成进行了数学描述。
Optimization of two geared-linkage mechanism design is discussed. Mathematical model and calculating example are given.
本文阐述了两种齿轮连杆机构的优化设计，给出了最优化数学模型和算例。
Optimization of two geared-linkage mechanism design is discussed. Mathematical model and calculating example are given.
本文阐述了两种齿轮连杆机构的优化设计，给出了最优化数学模型和算例。
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