具有几何偏差零件的三维装配仿真系统

K. Inoue, A. Okano
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引用次数: 0

摘要

2. 实际上组装这些偏离的组件,并解决他们的相对位置。当前的CAD系统和外设软件可以处理实体模型。然而,实体模型仅反映组件几何形状的一个方面,即其理想(或标称)形状。对于公差分析,组件模型应该允许几何偏差。在本文中,我们提出了一个偏差分量模型,它由(1)实体模型和(2)曲面在选定点的偏差组成。给定这样一个偏差部件模型,拟合部件的相对位置通过使用线性规划来计算,该规划使用从附着条件中导出的目标函数。还估计了设计变量的值和范围。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A For 3D Assembly Simulation System Parts With Geometric Deviations
2. Virtually assemble those deviant components and resolve their relative positions. Current CAD systems andperipheml so f twae can handle solid models. However, a solid model reflects only one aspect of a component’s geometry, that is, its ideal (or nominal) shape. For tolemnce analysis, component models should allow geometric deviations. In this paper we propose a deviant component model, which consists of (1) a solid model and (2) deviations of surfaces at selected points. Given such a deviant component model, the relative positions of fitted parts aw calculated b y using linear piogramniing, which uses an objective function derived f rom the attachment co.nditions. Design variables’ values and ranges are also estimated.
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