基于虚拟仿真分析对地板梁电泳结构设置的探讨

卢学茹[1];刘微[1];李耀芳[1];屈志远[1];康平平[1]

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现代涂料与涂装 ›› 2022, Vol. 25 ›› Issue (1) : 30-32.

基于虚拟仿真分析对地板梁电泳结构设置的探讨

卢学茹[1];刘微[1];李耀芳[1];屈志远[1];康平平[1]

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Discussion on Electrophoresis Structure of Floor Beam Setting Based on Virtual Reality Simulation Analysis

LU Xue-ru[1];LIU Wei[1];LI Yao-fang[1];QU Zhi-yuan[1];KANG Ping-ping[1]

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摘要

泳透性分析是涂装SE工作的关键内容之一。利用仿真软件对特定的汽车零部件开设不同的电泳结构,对比各方案的计算结果,总结出电泳孔孔径大小、数量和排布形式对泳透性的影响规律,从涂装SE应用分析工作角度出发,将仿真计算结果总结形成标准和要求,以期对后续新车型的电泳孔设定和涂装SE分析工作有一定参考意义。

Abstract

The analysis of throwing power is one of the key techniques in coating simultaneous engineering(SE).The simulation software is used to set up different electrophoresis structure for special Automobile components,and compare the calculations.The effect of electrophoresis hole size,number and arrangement form for throwing power is summarized.The simulation results is summarized on standards and requirements from the view of coating SE analysis,and provided some reference and suggestion on the electrophoresis hole setting and coating SE analyzing for new models.

导出引用

卢学茹[1];刘微[1];李耀芳[1];屈志远[1];康平平[1]. 基于虚拟仿真分析对地板梁电泳结构设置的探讨[J]. 现代涂料与涂装. 2022, 25(1): 30-32

LU Xue-ru[1];LIU Wei[1];LI Yao-fang[1];QU Zhi-yuan[1];KANG Ping-ping[1]. Discussion on Electrophoresis Structure of Floor Beam Setting Based on Virtual Reality Simulation Analysis[J]. Modern Paint & Finishing. 2022, 25(1): 30-32

中图分类号： TQ639