Final remarks
A numerical study of unsteady magnetized micropolar fluid flow over a
linear curved stretching surface has been discussed in current analysis.
Some significant and fruitful results have been set out above. The main
results are highlighted as below:
- Both the unsteady parameter and the Nusselt Number rise while skin
friction declines.
- The curvature parameter increases which increases the skin fraction
but reduced the Nusselt number.
- We see that the micropolar parameter rises which reduced the momentum
boundary layer as well as magnetized profile.
- The unsteady parameter rises which reduced thermal boundary as well as
magnetized boundary layer and momentum boundary layer respectively.