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We found that the 2D designs offer greater heat transfer density than the 3D designs.
The maximized heat transfer density increases as the optimized complexity of the flow structure increases.
The spacings between the blades are optimized for maximal heat transfer density.
The maximum heat transfer density proved to be strongly dependent on the power-law index.
The heat transfer density was higher for more shear thinning fluids.
The performance indicator here adopted was the maximum heat transfer density for a fixed total volume and a fixed pressure drop, i.e., the heat transfer density for a fixed Bejan number (Be).
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Dendritic flow architectures are being contemplated for thermal designs that provide high heat transfer densities for the cooling of electronics.
This technique can be repeated several times, and the result is a sequence of multi-scale flow structures that have progressively higher heat transfer densities.
The study, which is based on electrical magnitudes engendered by transfers (density of current, potential, space charge density and conductivity), shows the generation of an induced electrical field opposed to the external field imposed.
It is shown that the distribution of the electrolyte velocity in the electrode has significant impact on the distribution of concentration, overpotential and transfer current density.
The effects of electrode compression were precisely evaluated by analysis of the solid/electrolyte potential profiles, transfer current density, and vanadium concentration distributions, as well as the overall charge and discharge performance.
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