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Mechanism analysis with Mathematica

机译:Mathematica的机理分析

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摘要

In this paper, planar mechanisms with dyads are analyzed using Mathematica. First, a classification of dyads is introduced and then Mathematica packages for the analysis of the driver link and dyads are explained. The analysis provides a consistent coding scheme for planar mechanisms. The advantage of the group classification of a system lies in its simplicity. The solution of the whole system can then be obtained by composing partial solutions. This approach will eliminate the need to store complete mechanism information in a large database.
机译:在本文中,使用Mathematica分析了带有二元组的平面机制。首先,介绍了dyad的分类,然后解释了用于分析驾驶员链接和dyad的Mathematica软件包。分析为平面机构提供了一致的编码方案。系统的组分类的优点在于其简单性。然后可以通过组成部分解来获得整个系统的解。这种方法将不需要在大型数据库中存储完整的机制信息。

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