Physical simulation of nonmetallic particle movement in Al melt under electromagnetic field

Abstract

Abstract: Physical simulation is used to study the movement of nonmetallic particles in Al melt in electromagnetic field. It is found that the terminal velocity of particles in different Reynolds number range has different functions. By confirming drag force coefficient of nonmetallic particles with Reynolds number in the range of 0.2 similar to 10 and 10 similar to 25 respectively, two functions of terminal velocity for spherical nonmetallic particles have been got accordingly, which provide a theoretical basis for separating nonmetallic inclusions from Al melt in electromagnetic field.

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Tianxiao LI, Zhenming XU, Baode SUN, Da SHU, Yaohe ZHOU. Physical simulation of nonmetallic particle movement in Al melt under electromagnetic field[J]. J Mater Sci Technol, 2001, 17(04): 463-465.

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Physical simulation of nonmetallic particle movement in Al melt under electromagnetic field

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