Impact of Mass Transpiration on Unsteady Boundary Layer Flow of Impulsive Porous Stretching

Detailed The analytical solution of the unsteady boundary layer flow due to impulsive porous stretching sheet is solved by means of an Adomian Decomposition Method (ADM).The ADM alongside Pade approximants are connected to tackle the nonlinear partial differential equation with different boundary conditions got in demonstrating the unsteady boundary layer flow.Apparently, this yields better accuracy when compared to results from other prime methods.The present results are in good match with the pioneering work of other authors.The impact of parameters like mass suction/injection parameter and Darcy number on the velocity profile were examined.The present results can be found very useful in a wide range of applications in extrusion process and related process in fluid dynamics and heat transfer problems.