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首页> 外文期刊>Advances in Mechanical Engineering >Effects of Forging Stream Line on Tensile Strength Using FEM Simulation
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Effects of Forging Stream Line on Tensile Strength Using FEM Simulation

机译:基于有限元模拟的锻造流线对拉伸强度的影响

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摘要

Because bolt usages always have the requirement of tensile strength, with a view to reach the requirement of tensile strength, the material property or forming method and dies design can be used to obtain it. The study aims at the forming method and dies design to perform the multistage analysis of bolt to realize the effect of forging stream line continuity on tensile strength. The study uses Simufact-FEM software to do the multistage forming simulation to modify the dies design and forming method. The amount of broken forging stream line can be used to identify whether the bolt is good or not. From the comparison of realistic forging product, the results can verify the acceptance of FEM simulation.
机译:由于螺栓的使用总是需要抗拉强度,因此为了达到抗拉强度的要求,可以使用材料性能或成型方法以及模具设计来获得它。本研究针对成形方法和模具设计进行螺栓的多阶段分析,以实现锻造流水线连续性对拉伸强度的影响。该研究使用Simufact-FEM软件进行多阶段成形仿真,以修改模具设计和成形方法。锻造流线断裂的数量可用于识别螺栓是否良好。通过与实际锻造产品的比较,结果可以验证有限元模拟的接受。

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