Second Law Analysis for a Variable Viscosity Reactive Couette Flow under Arrhenius Kinetics

Table 1

Comparison between analytical and numerical results ($\beta =0.1\text{,}$$\gamma =0.5$)

y	$T(y)$ Perturbation Results	$T(y)$ Numerical Results	$|T_{\mathbf{\text{numer.}}}-T_{\mathbf{\text{perturb.}}}|$
0	0	0	0
0.1	0.02360044943	0.02360039520	5.423 $\times$ 10^-8
0.2	0.04208380022	0.04208374384	5.638 $\times$ 10^-8
0.3	0.05535532038	0.05535525228	6.810 $\times$ 10^-8
0.4	0.06334613033	0.06334604947	8.086 $\times$ 10^-8
0.5	0.06601440811	0.06601432697	8.114 $\times$ 10^-8
0.6	0.06334613023	0.06334604947	8.076 $\times$ 10^-8
0.7	0.05535532037	0.05535525228	6.809 $\times$ 10^-8
0.8	0.04208380020	0.04208374384	5.636 $\times$ 10^-8
0.9	0.02360044944	0.02360039520	5.424 $\times$ 10^-8
1.0	0	0	0