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The minimum heat transfer rate is associated with β = 90° (bottom-heated) and the maximum heat transfer rate occurs in an inclination angle which varies with the Ra number.
Entropy generation analysis shows that square geometry is the optimum design among the three geometries of heated cylinder as it has the maximum heat transfer and minimum entropy generation.
Different configurations are examined, based on maximum heat transfer rates and minimum pumping power.
This multi-objective optimization is aimed at achieving maximum heat transfer and minimum pressure drop.
The critical gap spacing that yields the maximum heat transfer was quantified for each dome shape.
The maximum heat transfer coefficient occurs for normal impingement (θ = 90°) for all spacings.
The maximum heat transfer density proved to be strongly dependent on the power-law index.
There is an optimal mass concentration for the nanofluids, which corresponds to the maximum heat transfer enhancement.
The fin volume is fixed to obtain the dimensionless geometrical parameters of the fin with maximum heat transfer rates.
A maximum heat transfer augmentation of ∼18 was observed with respect to fully developed turbulent pipe flow correlations.
Several experimental configurations were built by reducing the tube-to-tube spacings, identifying the optimal spacing for maximum heat transfer.
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CEO of Professional Science Editing for Scientists @ prosciediting.com