2 0.707 4.44614 3966.31 1025.426 The measure of nano particles required for arrangement of nanofluids is calculated utilizing the following equation .( Sonage and Mohanan, 2015).
4.4. Overall Heat Transfer Coefficient calculation according Cengel, 2012 .
3. Increment the heat dissipation rate (Q) with nanoparticle volume fraction increment in the water, the maximum increment percentage (40%) over the base liquid, happens at (2 vol %) nanoparticle volume fraction.
4. Increment the volume fraction of nanoparticle in the nanofluid substantially affect upgrade of heat transfer coefficient , properties of fluid for example thermal conductivity , density , and viscosity , but it caused decreasing the specific heat .
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