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Modelling and Validation of the Blow Moulding of HDPE/Nylon Multilayer Containers

机译：HDPE /尼龙多层容器吹塑的建模与验证

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A large growth area for blow molding is in automotive applications. The benefits of plastic for automobiles include (a) lower investment costs for plants and tooling, especially for high production volume, (b) ability to tailor the material to obtain desired barrier and chemical resistance properties and (c) reduced car weight and cost. Recent trends in blow moulding are towards the use of multi-layer sequential material processing. The introduction of multi-layer processing has contributed to increase the number of potential markets for blow molding. This study shows the effect of the processing parameters on the wall thickness distribution of each layer in the final multi-layer blow molded product. Some experimental results are compared to simulation predictions obtained by employing an integral viscoelastic material model (K-BKZ).
机译：吹塑成型的大型生长面积在汽车应用中。塑料为汽车的益处包括（a）植物和工具的投资成本降低，特别是对于高产量，（b）根据材料测定材料以获得所需的屏障和耐化学性，（c）降低汽车重量和成本。最近吹塑的趋势是使用多层顺序材料加工。引入多层处理有助于增加吹塑的潜在市场的数量。该研究表明了处理参数对最终多层吹塑产品中每层的壁厚分布的效果。将一些实验结果与通过采用积分粘弹性材料模型（K-BKZ）而获得的模拟预测。

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