摘要
In order to estimate the feasibility of electromagnetic casting (EMC) for different metals, a mathematical model named the electromagnetic dimensionless number (EMDN) was presented, and its validity was proved by the experiments of aluminum and Sn-3%Pb alloy. From the experiment and the analysis of EMDN it can be concluded that the EMC of steel can be attained only when the magnetic flux density is larger than 0.09T, while that required for aluminum is only 0.04T. The mathematical expression of the electromagnetic dimensionless number was given out.
In order to estimate the feasibility of electromagnetic casting (EMC) for different metals, a mathematical model named the electromagnetic dimensionless number (EMDN) was presented, and its validity was proved by the experiments of aluminum and Sn-3%Pb alloy. From the experiment and the analysis of EMDN it can be concluded that the EMC of steel can be attained only when the magnetic flux density is larger than 0.09T, while that required for aluminum is only 0.04T. The mathematical expression of the electromagnetic dimensionless number was given out.
出处
《中国有色金属学会会刊:英文版》
CSCD
2005年第3期606-611,共6页
Transactions of Nonferrous Metals Society of China
基金
Projects(59995442
50274017
50234020)supportbytheNationalNaturalScienceFoundationofChina
关键词
电磁维度
电磁铸造
磁流体密度
数学模型
EMDN
electromagnetic dimensionless number
electromagnetic casting
electromagnetic field
electromagnetic force
magnetic flux density