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Geometric Design Model and Object Scanning Mode Based Virtual Assembly and Repair Analysis

机译:基于几何设计模型和对象扫描模式的虚拟装配和修复分析

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The machining precision of composite material parts is usually not very high, thus for virtual assembly of composite material parts, it is difficult to simulate the actual assembly situation only by using geometric design models. This paper proposes a virtual assembly and repair analysis method based on both geometric design model and object scanning model. By matching the scanned cloud point model to the design model, the virtual assembly process is constructed, and the repair analysis is implemented according to the results of virtual assembly. The proposed method is investigated by truss structure, and the results show the effectiveness of the proposed method.
机译:复合材料部件的加工精度通常不是很高,因此对于复合材料部件的虚拟组装,难以通过使用几何设计模型来模拟实际的组装情况。本文提出了一种基于几何设计模型和对象扫描模型的虚拟装配和修复分析方法。通过将扫描的云点模型与设计模型匹配,构造了虚拟装配过程,并且根据虚拟组件的结果实现修复分析。通过桁架结构研究了所提出的方法,结果表明了该方法的有效性。

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