Fig. 2and Fig. 3 presents the variation of fluid velocity and temperature profile for various values of viscosity parameter \(\theta_r\) .  Where from Fig.2it clearly notice that as the value of \(\theta_r\)  increased velocity profile decreased and asymptotically tends to zero while reverse trend was found in \(\theta(\eta)\)  (see Fig.3) due to the fact that rising of thermal boundary layer thickness.
The influence of thermal conductivity on velocity and temperature profile is observed from Fig.4 and Fig.5.  These two figures reveal that by enhancing values of conductivity parameter \(a\), velocity distribution is decreasing whereas temperature distribution increased. The reason behind is that when the values of thermal conductivity parameter gradually increased heat transferred from sheet to fluid (blood) significant than velocity profile which cause to enhancement of temperature distribution.