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An experimental apparatus measuring convective heat transfer coefficient from a heated fine wire traversing in nanofluids Shinpyo Lee
The Journal of Mechanical Science and Technology, vol. 25, no. 1, pp.135-142, 2011
Abstract : Most of the previous convection experiments for nanofluids have been performed for internal tube flow with constant heat flux boundary
condition. In contrast, a simple experimental apparatus measuring convective heat transfer coefficient from a heated wire to external
nanofluids is proposed and its working principles are explained in detail. The convective heat transfer coefficient provided by the present
system might be used as a useful indication justifying the adoption of prepared nanofluids as new efficient heat transfer fluids. Validation
experiments by comparing convective heat transfer coefficients between the conventional correlation and measured values are carried out
for base fluids. Also the effect of increased thermal conductivity of nano lubrication oil on the enhancement of convective heat transfer
coefficient is investigated.
Keyword :
Nanofluids; Thermal conductivity enhancement; Convective heat transfer coefficient; Cylinder in cross flow
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