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Preparation of semisolid AlSi7Mg alloy slurry through weak traveling-wave electromagnetic stirring 被引量:4

Preparation of semisolid AlSi7Mg alloy slurry through weak traveling-wave electromagnetic stirring
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摘要 The semisolid AlSi7Mg alloy slurry with large capacity was prepared by low superheat pouring and week traveling-wave electromagnetic stirring. The effects of electromagnetic stirring power and frequency on the shape and distribution of primary α-A1 grains in the AlSi7Mg alloy slurry were discussed. The experimental results show that the AlSi7Mg alloy slurry with fine and spherical primary α-A1 grains distributed homogeneously can be obtained. Under the condition of low superheat pouring and week traveling-wave electromagnetic stirring, when the pouring temperature is 630℃, raising the stirring power or frequency appropriately can gain a better shape of primary α-Al grains; but if the stirring power or frequency is increased to a certain value (1.72 kW or10 Hz), the shape of primary α-A1 grains cannot be obviously improved and spherical primary α-Al grains distributed homogeneously can be still obtained. The semisolid AlSi7Mg alloy slurry with large capacity was prepared by low superheat pouring and week traveling-wave electromagnetic stirring. The effects of electromagnetic stirring power and frequency on the shape and distribution of primary α-A1 grains in the AlSi7Mg alloy slurry were discussed. The experimental results show that the AlSi7Mg alloy slurry with fine and spherical primary α-A1 grains distributed homogeneously can be obtained. Under the condition of low superheat pouring and week traveling-wave electromagnetic stirring, when the pouring temperature is 630℃, raising the stirring power or frequency appropriately can gain a better shape of primary α-Al grains; but if the stirring power or frequency is increased to a certain value (1.72 kW or10 Hz), the shape of primary α-A1 grains cannot be obviously improved and spherical primary α-Al grains distributed homogeneously can be still obtained.
出处 《International Journal of Minerals,Metallurgy and Materials》 SCIE EI CAS CSCD 2009年第5期554-558,共5页 矿物冶金与材料学报(英文版)
基金 supported by the National High-Tech Research and Development Program of China (No.2006AA03Z115) the National Basic Research Priorities Program of China (No.2006CB605203) the National Natural Science Foundation of China (No.50374012)
关键词 SEMISOLID AlSi7Mg alloy SLURRY electromagnetic stirring primary a-A1 semisolid AlSi7Mg alloy slurry electromagnetic stirring primary a-A1
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