State The Condition Which Must Be Satisfied To Treat The Temperature

1.	State The Condition Which Must Be Satisfied To Treat The Temperature Distribution In A Fin As One-dimensional?
Answer» When ht/k <<1 where h is the convective heat TRANSFER coefficient, t is the thickness of the fin and k is the thermal CONDUCTIVITY of the fin, one can consider that the temperature GRADIENT in the thickness direction is very SMALL and the analysis can be considered as one-dimensional. When ht/k <<1 where h is the convective heat transfer coefficient, t is the thickness of the fin and k is the thermal conductivity of the fin, one can consider that the temperature gradient in the thickness direction is very small and the analysis can be considered as one-dimensional.

State The Condition Which Must Be Satisfied To Treat The Temperature Distribution In A Fin As One-dimensional?

Answer»

When ht/k <<1 where h is the convective heat TRANSFER coefficient, t is the thickness of the fin and k is the thermal CONDUCTIVITY of the fin, one can consider that the temperature GRADIENT in the thickness direction is very SMALL and the analysis can be considered as one-dimensional.

When ht/k <<1 where h is the convective heat transfer coefficient, t is the thickness of the fin and k is the thermal conductivity of the fin, one can consider that the temperature gradient in the thickness direction is very small and the analysis can be considered as one-dimensional.

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