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Design For Assembly In Concurrent Engineering A Case Study On Its Application: Glass Block Holder and Glass Mold

机译：并行工程中的装配设计及其应用案例研究：玻璃砖支架和玻璃模具

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摘要

The aim of this study is to define Design For Assembly (DFA) technique in the light of concurrent engineering methodology, determine the principles and manifest these principle effects on an application through comparison. There is a re-design process in glass block holder and blocks of an automation machine which is used in glass production industry. The 3D models of the original and new design have been made by using SolidWorks 2006. The new design is made in the light of DFA and with paying attention to the Boothroyd & Dewhurst method. The re-designed mold is applied to large volume production process and healthy results were obtained. At the end of this part, the tables which are derived from the old and new data are prepared and their comparison is made.
机译：这项研究的目的是根据并行工程方法定义装配设计（DFA）技术，确定原理并通过比较来体现这些原理对应用的影响。在玻璃生产行业中使用的玻璃砖固定器和自动化机器的玻璃砖中有一个重新设计的过程。原始设计和新设计的3D模型都是使用SolidWorks 2006制作的。新设计是根据DFA进行的，并且要注意Boothroyd＆Dewhurst方法。重新设计的模具应用于大批量生产过程，并获得了良好的效果。在本部分的最后，准备了从旧数据和新数据派生的表，并进行了比较。

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