Withdrawal and drainage of generalized second grade fluid on vertical cylinder with slip conditions

This paper investigates the steady thin film flows of an in-compressible Generalized second grade fluid under the influence of non-isothermal effects. These thin films are considered for two different prob-lems, namely, withdrawal and drainage problems. The governing conti-nuity and momentum equations are converted into ordinary differential equations. These equations are solved analytically. Expressions for the ve-locity profile, temperature distribution, volume flux, average velocity and shear stress are obtained in both the cases. Effects of different parameters on velocity and temperature are presented graphically.