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Efficiency and effectiveness of a truncated cone-shaped fin consisting of two different materials in the steady-state

The purpose of this research was to see the effects of the composition of fin materials on (a) temperature distribution, (b) heat flow rate, (c) efficiency of fins and (d) effectiveness of fins, in the steady-state. The fin has a truncated cone-shape composed of two different materials. Completion of research is done by numerical computational methods using an explicit finite difference method. Variations in study were carried out on the composition of fin materials. We conclude that the composition of fin materials influences the distribution of temperature, heat flow rate, efficiency, and effectiveness of fins. The lower the thermal conductivity value of the pairing material leads to: (a) the lower the temperature distribution that occurs on the fin, (b) the lower the heat flow rate released by the fin, (c) the lower the fin efficiency and (d) the lower the effectiveness of the fin.The purpose of this research was to see the effects of the composition of fin materials on (a) temperature distribution, (b) heat flow rate, (c) efficiency of fins and (d) effectiveness of fins, in the steady-state. The fin has a truncated cone-shape composed of two different materials. Completion of research is done by numerical computational methods using an explicit finite difference method. Variations in study were carried out on the composition of fin materials. We conclude that the composition of fin materials influences the distribution of temperature, heat flow rate, efficiency, and effectiveness of fins. The lower the thermal conductivity value of the pairing material leads to: (a) the lower the temperature distribution that occurs on the fin, (b) the lower the heat flow rate released by the fin, (c) the lower the fin efficiency and (d) the lower the effectiveness of the fin.