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Annealing Effect for Cold Rolling 6016 Aluminum Alloy Sheet

机译:冷轧6016铝合金板材的退火效果

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In aluminum alloy sheet metal forming process, annealing treatment can improve the mechanical properties. The tensile test for different temperatures of 400°C, 450°C, 500°C, 550°C respectively have been carried out from lh to 12h.The result revealed that the ductility increased with the increase of annealing temperature. It is found that the annealing treatment at 500°C for 6 h can get a good property. Furthermore, the result of tensile test showed that the yield strength increased from 130MPa before cold rolling to 190MPa after annealed, and the elongation of the sheet increased to 28.6%. The result of stamping test verified that the limiting draw ratio (LDR) increased after annealing treatment from 1.15 to 1.56. The value of blank holder force for the cylindrical cup is becoming smaller after the annealing treatment. The microstructure investigations on experimental aluminum alloys after long-time annealing and cold rolling conditions were presented. The changes of the main structural contituents have been obviously observed, which improved the formability of the alloys.
机译:在铝合金金属板形成工艺中,退火处理可以改善机械性能。不同温度400℃,450℃,500℃,550℃,550℃的拉伸试验已经从LH到12h进行。结果表明,延展性随着退火温度的增加而增加。发现在500℃下的退火处理6小时可以获得良好的财产。此外,拉伸试验的结果表明,在退火后冷轧至190MPa之前的130MPa增加到屈服强度增加,并且片材的伸长率增加到28.6%。冲压试验的结果证实,退火处理后的限制拉伸比(LDR)从1.15到1.56的退火处理增加。在退火处理后,圆柱形杯的空白保持器力的值变得越小。提出了长期退火和冷轧条件后实验铝合金的微观结构研究。显然已经观察到主要结构型衔接子的变化,这改善了合金的可成形性。

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