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Warpage optimization on thick shell part (thickness below 2mm) by using response surface methodology (RSM)

机译:通过使用响应表面方法(RSM)翘曲壳体(厚度低于2mm)的翘曲优化

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Plastic injection molding is commonly used for manufacturing industry to produce plastic products. The study were carry out for warpage optimization during injection molding process. Warpage happen when the molded products warps immediately where the mold cavity should be straight. In this study, hair dryer nozzle were used to perform the analysis using Response Surface Methodology (RSM) in Design Expert 7 software. Therefore, the mold temperature, melt temperature, packing pressure and cooling time were selected as processing parameters in reducing the warpage. The results showed minimization of warpage value in y direction. Hence, from the analysis performed, the warpage value was improved by using RSM.
机译:塑料注塑成型通常用于制造工业生产塑料制品。该研究在注塑过程中进行了翘曲优化。当模塑产品立即扭曲模具腔应该是直的时,发生翘曲。在该研究中,使用吹干机喷嘴在设计专家7软件中使用响应表面方法(RSM)进行分析。因此,选择模具温度,熔融温度,包装压力和冷却时间作为减少翘曲的加工参数。结果表明y方向上的翘曲值最小化。因此,通过使用的分析,通过使用RSM改善了翘曲值。

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