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Effect of friction stir processing on mechanical and microstructural properties of AM60B Magnesium alloy

机译:搅拌摩擦加工对AM60B镁合金力学性能和组织性能的影响

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摘要

Some AM60B magnesium alloys sheets produced by High Pressure die Casting were Friction Stir Processed and the mechanical and microstructural features are presented in the present study. The mechanical properties of the FSP material were analyzed in longitudinal direction respect to the processing one and compared with those of the base material. Tensile tests were performed at room and high temperature and different strain rates in the nugget zone, in order to analyse the superplastic properties of the recrystallized material and to observe the differences respect to the base material after the strong grain refinement effect due to the Friction Stir Process. The high temperature behaviour of the material was studied, in longitudinal direction, by means of tensile tests in the temperature and strain rate ranges of 175-250 degrees C and 10(-2)-10(-4)s(-1) respectively. (c) 2006 Springer Science+ Business Media, Inc.
机译:通过高压搅拌铸造对某些AM60B镁合金薄板进行了摩擦搅拌处理,并提出了其力学和微观结构特征。 FSP材料的机械性能在纵向上相对于加工材料进行了分析,并与基础材料进行了比较。为了分析再结晶材料的超塑性,并观察在摩擦搅拌引起的强晶粒细化作用后,与母材之间的差异,在室温和高温下以及在熔核区中以不同应变率进行了拉伸试验。处理。通过在175-250摄氏度和10(-2)-10(-4)s(-1)的温度和应变速率范围内进行拉伸试验,纵向研究了材料的高温性能。 (c)2006年Springer Science + Business Media,Inc.

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