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首页> 外文会议>Annual technical conference of the Society of Plastics Engineers >PHENOMENON-ORIENTED PROCESS AND PART OPTIMIZATION OF COMPLEX INJECTION MOULDED PARTS WITH THIN-WALLED MOULDED-ON HOLLOW AREAS (GITBLOW), TAKING INTO ACCOUNT THE RESIDUAL WALL THICKNESS DISTRIBUTION
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PHENOMENON-ORIENTED PROCESS AND PART OPTIMIZATION OF COMPLEX INJECTION MOULDED PARTS WITH THIN-WALLED MOULDED-ON HOLLOW AREAS (GITBLOW), TAKING INTO ACCOUNT THE RESIDUAL WALL THICKNESS DISTRIBUTION

机译：以薄壁模制的中空区域（GITBLOW）为取向的现象的过程和复合注塑部件的部分优化，考虑到残留壁厚分布

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In the GITBlow-process it is possible in a second stage to further inflate the hollow-area produced by gas-injection molding (GIT).In recent years, specific GITBlow-process-pheno-mena relating to the inflation of moulded-on hollow areas have been identified. On the basis of these findings, and with the help of developed methods, it is now possible to draw wide-ranging conclusions about the residual wall-thickness-distribution in the final part.Aim of this paper is to assign these process-phenomena relating to wall-thickness-distribution to their respective influencing parameters. By developing an analysis-methodology, this project sets out to derive and describe part-optimising principles concerning the result-ing wall-thickness-homogeneity.
机译：在Gitblow-过程中，在第二阶段中可以进一步膨胀通过气体注射成型（Git）产生的中空区域。近年来，近年来的特定Gitblow-Process-Pheno-MENA与模塑空洞的膨胀有关已经确定了地区。在这些发现的基础上，借助于开发的方法，现在可以在最终部分中的残留壁厚分布绘制宽程度的结论。本文的剩余壁厚分布是分配这些过程现象壁厚分布到它们各自的影响参数。通过开发分析方法，该项目列出了衍生和描述了关于结果 - 壁厚 - 均匀性的部分优化原理。

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