Table 5 The values of \(\frac{{Nu_{x} }}{{\sqrt {Re_{x} } }}\), for increasing \(Le, {K}_{1}\) and \({\alpha }_{1}\) when \(n = 0.2,\beta = 0.3, M=0.2, \varepsilon = 0.2,Rd = 0.5, Pr= 0.71,{N}_{b}= 0.1 {N}_{t} = 0.1,N = 0.1,\lambda = 0.1,Ec = 0.1, E=2,\) \(\delta = 0.5,m = 0.5,B{i}_{1}= 0.1,B{i}_{2}= 0.1,{B}_{r} = 0.5,{\lambda }_{1} = 2,\chi = 2.\)

From: Partial differential equations modeling of thermal transportation in Casson nanofluid flow with arrhenius activation energy and irreversibility processes