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Press Forming Technology using Superplastic Deformation for Mg Alloy Sheet

机译:镁合金薄板超塑性变形冲压成形技术

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摘要

The square-cylindrical cup of AZ31 Mg alloy with a depth of 50mm and a width of 50 mm was successfully deep drawn from a rolled sheet with a thickness of 0.5 mm using a hydraulic press machine with a capacity of 60 tons. The blank was heated between the die and the blank holder kept in a temperature of 300℃.The forming time was about 3 seconds. The fine-grained microstructure was observed at the corner with a sever strain. The grain refinement caused by the dynamic recrystallization contributed to generate high strain-rate superplasticity.
机译:使用容量为60吨的液压机成功地从厚度为0.5 mm的轧制薄板中深拉深50mm,宽度为50mm的AZ31 Mg合金的圆柱形圆柱杯。将坯料在模具和保持在300℃的坯料夹持器之间加热。成形时间约为3秒。在角落处观察到细晶粒的组织,具有严重的应变。动态再结晶引起的晶粒细化有助于产生高应变率超塑性。

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