Research Article
On the Designing, Efficiency, and Stirring Force of an Induction Coil for the Processing of Prototype Al Based Nanocomposites
Table 2
Results of the design analyses.
| Geometrical analysis | | Height of molten metal () | 5.5 cm | Diameter of molten metal () | 3.0 cm | Volume of the molten melt () | 38.9 cm³ | Internal diameter of the induction coil () | 4.5 cm | Height of the inductor coil () | 6.0 cm | Thermal analysis | | Energy to melt aluminum () | 69850 J | Energy to superheat molten aluminum () | 32042 J | Energy to melt slag () | 144 J | Total heat energy required () | 102036 J | Electromagnetic analysis | | Maximum magnetic flux density () | 0.00409 T | Current density through the coil () | 5.67 A⋅mm−2 | Number of turns of the coil () | 4.47 turns |
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