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Optimization Design of Forging Die for Supporting Bar Based on DEFORM-3D

机译:基于Deform-3D的支撑杆锻模的优化设计

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On the basis of analyzing the process of supporting bar forging conform, the 3D solid geometries modeling of billet and die were constructed by SOLIDWORKS software, the distributions of die stress and contact stress on the process of supporting bar forging conform were analyzed by using DEFORM-3D program. The working life of the die punch was assessed. The die structure was optimized based on the simulation results, and the forging defect of the improved work piece could be well controlled and the die working life was improved to about 10%.
机译:在分析支撑杆锻造的过程的基础上,通过SolidWorks软件构建了坯料和模具的3D实体几何模拟,通过使用变形分析了芯片应力和接触应力的分布和接触应力。通过使用变形分析了支撑杆锻造符合符合件的过程。 3D程序。评估模具的工作寿命。基于模拟结果优化了模具结构,并且改进的工件的锻造缺陷可以很好地控制,并且模具工作寿命得到改善至约10%。

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