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 2. Numerical values of ${{Re}}^{\tfrac{1}{2}}{C}_{{\rm{fx}}}$ for different physical parameter values.

${{Re}}^{\tfrac{1}{2}}{C}_{{\rm{fx}}}$ $M$ $\lambda $ ${\varnothing }_{1}$ ${\varnothing }_{2}$ Nanofluid Hybrid nanofluid 0.5 −1.127 498 −1.106 825 1.0 −1.177 467 −1.153 211 1.5 −1.192 089 −1.192 160 0.1 0.977 902 −1.094 206 0.2 −−1.084 503 −1.145 167 0.3 −1.144 617 −1.199 912 0.1 −0.137 800 −0.184 883 0.2 −0.122 279 −0.164 147 0.3 −0.106 240 −0.142 617 0.1 −0.144 872 −0.157 821 0.2 −0.125 478 −0.148 756 0.3 −0.104 887 −0.954 71