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

${{Re}}^{-1/2}Nu$ ${\Pr }$ $Ec$ $M$ ${\varnothing }_{1}$ ${\varnothing }_{2}$ Nanofluid Hybrid nanofluid 0.1 0.147 526 0.166 076 0.3 0.171 266 0.166 270 0.5 0.201 602 0.201 61 0.1 0.262 315 0.171 266 0.3 0.238 968 0.166 031 0.5 0.218 061 0.161 655 0.1 0.184 255 0.179 411 0.2 0.187 977 0.180 097 0.3 0.192 973 0.183 820 0.1 2.452 295 2.457 524 0.2 2.349 007 2.359 885 0.3 2.241 073 2.258 100 0.1 2.632 48 2.527 524 0.2 2.415 200 2.429 885 0.3 2.351 073 2.338 100