Abstract
•Cooling of electronic device with inclusion of nanofluid was scrutinized.•Dispersion of nano powders allows better transport of energy.•Augmenting voltage make boundary layer thinner.•With selecting platelet iron oxide, Nu will be augmented.
This problem is applicable in electronic device and permeable media help the performance of such system. Dispersion of nano powders allows better transport of energy through the domain. As a result of augmenting permeability, Nusselt number (Nu) enhances and same impact reports for voltage. Augmenting voltage make boundary layer thinner and complex shape of isotherm appears which indicates greater convection. Growth of shape factor permits stronger Nu due to higher temperature gradient. As radiation term added in equations, higher heat flux transfer and magnitude of Nu enhances. With selecting platelet iron oxide, Nu will be augmented and highest value obtained when all factor are maximum.
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