Mathematical modeling of the electromagnetic stirring of molten metal-solid suspensions.
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概要
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A mathematical formulation is developed to represent surface deformation and fluid flow phenomena in an electromagnetically-stirred suspension. The constitutive relationships for representing non-Newtonian behavior at high solid loading are deduced from established experimental data. The results show that significant deformation of the surface occurs at high coil current. There is a marked decrease in the fluid velocity once the solid fraction exceeds about 10%. In addition, the velocity varies non-linearly with the current, showing a rapid increase once a certain shear threshold is exceeded.
- The Iron and Steel Institute of Japanの論文
The Iron and Steel Institute of Japan | 論文
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