Figure 1.
Geometry of the problem (a) Lift problem and (b) Drainage problem.
Figure 2.
Comparison of ADM and OHAM methods for lift velocity profile. .
Figure 3.
Comparison of ADM and OHAM methods for lift temperature distribution..
Figure 4.
Comparison of ADM and OHAM methods for drainage velocity profile..
Figure 5.
Comparison of ADM and OHAM methods for drainage temperature distribution..
Figure 6.
Influence of the Brinkman number on the lift velocity profile when .
Figure 7.
Influence of the Brinkman number on the lift temperature distribution when .
Figure 8.
Effect of Stock number on the lift velocity profile. when .
Figure 9.
Effect of Stock number on the lift temperature distribution when .
Figure 10.
Effect of viscosity parameter on the lift velocity profile. when .
Figure 11.
Effect of viscosity parameter on the lift temperature distribution when .
Figure 12.
The effect of magnetic force on lift velocity profile when .
Figure 13.
The effect of magnetic force on lift temperature distribution when .
Figure 14.
The effect of Stock number on velocity for drainage problem when .
Figure 15.
The effect of Stock number on temperature for drainage problem when .
Figure 16.
Drain velocity for various values of viscosity parameter when .
Figure 17.
Drain temperature distribution for various values of viscosity parameter when .
Figure 18.
The influence of non-Newtonian parameter on velocity for drainage problem when
.
Figure 19.
The influence of non-Newtonian parameter on temperature for drainage problem when
.
Figure 20.
Comparison of the present results with published work [22] when .
Table 1.
Numerical results show the comparison of present results with published work [22] when .