Influencing Al2O3−Cu in 20%water+80%EG hybrid nano coolant inflow on penetrable tensile surface

Abstract

ABSTRACT A new attempt has been made to analyze the different combinations of Water and Ethylene Glycol with hybrid nanoparticles. A comparative analysis has been performed using two distinct fluids namely (nanofluid) and (hybrid nanofluid) on three-dimensional tensile surface with flow and heat dissipations. The proposed thermal conductivity of nanofluid is compared with the experimental data which gives an amazing correlation. The reduced complicated nonlinear equations are solved numerically with the proportion of 20% water and 80% EG as base fluid. It is noted that as the volume fraction increases, the stream flow gets broader as it propagates especially more for hybrid nanofluid than the formal nanofluid. It is notable that the physical factors like , , and try to emphasize the interaction and assist to enhance in heat transfer rate. Clearly it seems that has better efficiency to enhance heat transfer process than and proportion.