Research Article
Optimum Design and Performance Analyses of Convective-Radiative Cooling Fin under the Influence of Magnetic Field Using Finite Element Method
Table 1
Thermogeometric parameters used for the simulation.
| S/N | Parameter | Value of Parameter |
| 1 | Fin thickness () | 0.005 m | 2 | Fin length (L) | 0.10 m | 3 | Specific heat (C) | 0.048 kJ/kg°C | 4 | Density of the fin material (ρ) | 7800 kg/m3 | 5 | Thermal conductivity (k) | 12W/m°C | 6 | Heat transfer coefficient () | 20 W/m2°C | 7 | Electrical conductivity () | 5x107 S/m | 8 | Magnetic field intensity () | 5μT | 9 | Axial velocity (u) | 2.5 m/s | 10 | power-index, p = q = r | 0.175 | 11 | Fin base temperature () | 200°C | 12 | Initial temperature () | 200°C | 13 | Ambient temperature () | 30°C | 14 | Time step () | 10 sec |
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