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Analyzing parameters optimisation in minimising warpage on side arm using response surface methodology (RSM)

机译:使用响应表面方法(RSM)将参数优化分析在最小化侧臂上的翘曲

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This paper presents a systematic methodology to analyse the warpage of the side arm part using Autodesk Moldflow Insight software. Response Surface Methodology (RSM) was proposed to optimise the processing parameters that will result in optimal solutions by efficiently minimising the warpage of the side arm part. The variable parameters considered in this study was based on most significant parameters affecting warpage stated by previous researchers, that is melt temperature, mould temperature and packing pressure while adding packing time and cooling time as these is the commonly used parameters by researchers. The results show that warpage was improved by 10.15% and the most significant parameters affecting warpage are packing pressure.
机译:本文介绍了一种系统方法,可以使用Autodesk Moldflow Insight软件分析侧臂部件的翘曲。提出了响应面方法(RSM),以优化处理参数,通过有效地最小化侧臂部件的翘曲,将导致最佳解决方案。本研究中考虑的可变参数是基于影响以前研究人员陈述的大多数重要参数,即熔融温度,模具温度和包装压力,同时添加包装时间和冷却时间,因为这些是研究人员的常用参数。结果表明,翘曲得到10.15%,影响翘曲的最重要参数是包装压力。

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