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Single Point Incremental Forming: Formability of PC Sheets

机译:单点增量成型:PC床单的可成型性

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Recent research on Single Point Incremental Forming of polymers has slightly covered the possibility of expanding the materials capability window of this flexible forming process beyond metals, by demonstrating the workability of thermoplastic polymers at room temperature. Given the different behaviour of polymers compared to metals, different aspects need to be deepened to better understand the behaviour of these materials when incrementally formed. Thus, the aim of the work is to investigate the formability of incrementally formed polycarbonate thin sheets. To this end, an experimental investigation at room temperature was conducted involving formability tests; varying wall angle cone and pyramid frusta were manufactured by processing polycarbonate sheets with different thicknesses and using tools with different diameters, in order to draw conclusions on the formability of polymer sheets through the evaluation of the forming angles and the observation of the failure mechanisms.
机译:最近关于单点增量形成聚合物的研究略微覆盖了通过在室温下证明热塑性聚合物的可加工性来扩展该柔性成形过程的材料能力窗口的可能性。鉴于聚合物与金属相比的不同行为,需要加深不同的方面以在逐步形成时更好地了解这些材料的行为。因此,该工作的目的是研究递增形成的聚碳酸酯薄片的可成形性。为此,对室温进行实验研究涉及可成型性试验;通过加工具有不同厚度的聚碳酸酯片和具有不同直径的工具的聚碳酸酯片来制造变化的壁角锥和金字塔斑块,以便通过评估成形角度和对破坏机构的观察来得出结论的结论。

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