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/m^3
5	Thermal conductivity (k)	12W/m°C
6	Heat transfer coefficient ()	20 W/m^2°C
7	Electrical conductivity ()	5x10^7 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