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Design of Flexible Multi-gripper Stretch Forming Machine by FEM

机译:柔性多夹爪拉伸成型机的有限元设计

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In order to improve the performance of back drawing type of flexible multi-gripper stretch forming machine used for double-curvature metal sheet forming, back and down drawing type of flexible multi-gripper stretch forming machine was designed by finite element method (FEM), which has simple structure and cheap cost. The FE model of flexible multi-gripper stretch forming was established, and extensive numerical simulations of spherical parts for two kinds of flexible stretch forming machines were carried out. The variations of stress, strain, thickness and springback value of spherical parts for two kinds of drawing modes were analyzed. The numerical results show that the quality of spherical parts formed by the back and down drawing type of stretch forming machine is better than that by the back drawing type of stretch forming machine. This work provides a machine for developing the technology of stretch forming.
机译:为了提高用于双曲率金属板成形的柔性多夹爪拉伸成型机的后拉式性能,采用有限元方法(FEM)设计了柔性多夹爪拉伸成型机的后拉式。结构简单,成本低廉。建立了柔性多夹具拉伸成形的有限元模型,并对两种柔性拉伸成形机的球形零件进行了广泛的数值模拟。分析了两种拉伸方式下球形零件的应力,应变,厚度和回弹值的变化。数值结果表明,前后拉伸型拉伸成型机所形成的球形零件的质量要好于前后拉伸型拉伸成型机所形成的球形零件的质量。这项工作提供了一种用于开发拉伸成型技术的机器。

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