Magnetohydrodynamic flow and heat transfer of a hybrid nanofluid over a rotating disk by considering Arrhenius energy

M Gnaneswara Reddy,Naveen Kumar R,B C Prasannakumara,N G Rudraswamy,K Ganesh Kumar

Table 4. Numerical values of ${{Re}}^{-1/2}Sh$ for different physical parameter values for both the hybrid and nanofluid case.

${{Re}}^{-1/2}Sh$ $Sc$ $\sigma $ $\delta $ $E$ Nano fluid Hybrid nanofluid 0.1 0.594 632 0.682 126 0.2 0.622 126 0.757 120 0.3 0.737 120 0.833 300 0.1 0.228 075 0.239 495 0.15 0.259 495 0.300 374 0.2 0.278 075 0.319 495 0.1 0.378 485 0.390 374 0.2 0.350 374 0.360 687 0.3 0.378 485 0.390 374 0.01 0.250 454 0.270 687 0.1 0.287 421 0.288 215 0.2 0.304 821 0.314 562