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The effect of implementing hybrid mold temperature dependant heat characteristics on the accuracy of 3D injection molding simulation

机译:实现混合模具温度相关的热特性对3D注射成型仿真精度的影响

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摘要

When analyzing the thermal behavior of hybrid molds, normally fixed values for thermal characteristics are implemented. This paper will discuss the underestimated effect of temperature dependant heat characteristics of hybrid mold materials on the accuracy of 3D injection molding simulation via obtained results of a former PhD work and implementation of this knowledge into Moldex3D (M3D). A hybrid mold of a technical part was designed to analyze this problem. It also resulted in a better understanding of the mold design strategy and 3D simulation advantages for multiple material molds related to filling, warpage, cooling and final part quality.
机译:在分析混合模具的热性能时,通常会采用固定的热特性值。本文将通过以前的博士学位论文获得的结果以及将此知识应用到Moldex3D(M3D)中来讨论混合模具材料的温度依赖性热特性对3D注射成型仿真精度的低估影响。设计了技术零件的混合模具来分析此问题。它还使人们对模具设计策略和与填充,翘曲,冷却和最终零件质量有关的多种材料模具的3D模拟优势有了更好的了解。

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