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Calculation of Punch Force and Maximum Pressure for Tube Extrusion

机译:挤出管的冲压力和最大压力的计算

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Punch force and maximum pressure for tube extrusion can be predicted with an upper bound theory-based program POLSK. Experiments of steel tube extrusion and wax physical modeling were performed. The punch force and the maximum pressure values wee obtained. Comparisons were made among the experimental results. physical modeling results and upper bound predictions. It was found that a medium extrusion coefficient causes the lowest pressure on the tooling system, very low and very high extrusion coefficients can both cause very high pressure. It is proved that the upper bound predictions are in good agreement with the experimental results and the upper bound program is suitable for use of steel tube extrusion design.
机译:可以使用基于上限理论的程序POLSK预测管材挤压的冲压力和最大压力。进行了钢管挤压和蜡物理建模的实验。获得冲压力和最大压力值。在实验结果之间进行了比较。物理建模结果和上限预测。已经发现,中等的挤出系数导致工具系统上的压力最低,非常低和非常高的挤出系数都可能导致非常高的压力。实践证明,该上限预测与实验结果吻合良好,该上限程序适用于钢管挤压设计。

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