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In an experiment to measure convection heat transfer co-efficient, a very thin metal foil of very low emissivity is attached on the surface of a slab of material with very low thermal conductivity. The other surface of the metal foil is exposed to convection heat transfer by flowing fluid over the foil surface.
This setup diminishes heat conduction through the slab and the radiation on the metal foil surface, while heat convection plays a prominent role. The slab on which the metal foil is attached to has a thickness of 25 mm and a thermal conductivity of 0.023W/m.K. In a condition where the surrounding temperature is 20 C, the metal foil is heated electrically with a uniform heat flux of 5000W/m2.
If the bottom surface of the slab is 20 C and the metal foil has an emissivity of 0.02, determine
(a) the convection heat transfer co-efficient if the air is flowing over the metal foil and the surface temperature of the foil is 150 C and
(b) the convection heat transfer co-efficient if water is flowing over the metal foil and the surface temperature of the foil is 30 C.
Representative Numerical Values from the theoretical and experimental data sets and need to reference every Table from the Appendix
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