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A case study to solve the problem of wall thickness attenuation during extrusion to produce a complex hollow magnesium profile

机译:案例研究解决挤出过程中的壁厚衰减问题,以产生复杂的空心镁

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The present case study addressed a practical problem of wall thickness attenuation during extrusion to produce a complex thin-walled hollow magnesium profile. A HyperWorks FEM software package was employed to aid in identifying the causes for the wall thickness attenuation. Recommendations were made to adjust the interspacing between the mandrels and the height of the welding chamber. The modified dies yielded much improved results in terms of velocity and hydrostatic pressure uniformity. The wall thickness of the extrudate predicted using FEM simulation was very close to experimental measurements. The case study demonstrated the feasibility of using FEM simulation as a useful tool to solve industrial problems encountered in the production of complex profiles.
机译:本案例研究解决了挤出过程中壁厚衰减的实际问题,以产生复杂的薄壁空心镁型。使用HyperWorks Fem软件包,以帮助识别壁厚衰减的原因。建议采用建议,调整心轴与焊接室的高度之间的间隙。改性模具在速度和静水压力均匀性方面产生了大量改善的结果。使用有限元模拟预测的挤出物的壁厚非常接近实验测量。案例研究表明,使用有限元模拟作为解决复杂曲线生产中遇到的工业问题的有用工具的可行性。

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