%0 Journal Article
	%A Nosheen Zareen Khan and  Abdul Majeed Siddiqui and  Muhammad Afzal Rana
	%D 2015
	%J International Journal of Physical and Mathematical Sciences
	%B World Academy of Science, Engineering and Technology
	%I Open Science Index 106, 2015
	%T Flow of a Second Order Fluid through Constricted Tube with Slip Velocity at Wall Using Integral Method
	%U https://publications.waset.org/pdf/10002828
	%V 106
	%X The steady flow of a second order fluid through
constricted tube with slip velocity at wall is modeled and analyzed
theoretically. The governing equations are simplified by implying no
slip in radial direction. Based on Karman Pohlhausen procedure
polynomial solution for axial velocity profile is presented.
Expressions for pressure gradient, shear stress, separation and
reattachment points, and radial velocity are also calculated. The
effect of slip and no slip velocity on magnitude velocity, shear stress,
and pressure gradient are discussed and depicted graphically. It is
noted that when Reynolds number increases magnitude velocity of
the fluid decreases in both slip and no slip conditions. It is also found
that the wall shear stress, separation, and reattachment points are
strongly affected by Reynolds number.
	%P 636 - 642