Surface Design of Molding Tool for Composite Component Based on Reverse Engineering

机译：基于逆向工程的复合材料零件成型模具表面设计

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This paper analyzes the structure of molding tool for composite component,and proposes a method of surface design of molding tool based on reverse engineering.By using handy laser scanner,the point cloud data is obtained from the composite component,which is processed in Geomagic Studio.Then the processed data is imported into CATIA for Surface fitting.The surface of molding tool for composite component is rapidly and accurately designed by analyzing 3D error and comparing cross-sectional data.

机译：本文分析了复合材料零件成型工具的结构，提出了一种基于逆向工程的模具表面设计方法。利用手持激光扫描仪从复合零件中获取点云数据，并在Geomagic Studio中进行处理。然后将处理后的数据导入到CATIA中进行表面拟合。通过分析3D误差并比较横截面数据，快速而准确地设计出用于复合零件的成型工具的表面。

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《International conference on Frontiers of manufacturing science and measuring technology》|2012年|215-218|共4页
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作者
Dawei Wu; Xiaofei Ding; Gang Tong;
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正文语种
中图分类工程材料学;
关键词
Reverse Engineering; Composite Component; Molding Tool Surface; Handy Laser Scanner; Error Analysis;

机译：逆向工程;复合零件;模具表面;手持式激光扫描仪;误差分析;

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4. Surface Design of Molding Tool for Composite Component Based on Reverse Engineering [C] . Dawei Wu, Xiaofei Ding, Gang Tong International conference on Frontiers of manufacturing science and measuring technology . 2012

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Surface Design of Molding Tool for Composite Component Based on Reverse Engineering

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