Numerical Investigation using Trigonometric Cubic Spline Method for Boundary Layer Flow across a Stretching Cylinder

In this paper, the boundary layer flow of a viscous incompressible fluid across a stretching cylinder has been considered to investigate the flow field. Because the dynamic region is nonlinear, the velocity function has been calculated numerically using the trigonometric cubic spline method. The expression of skin friction was also obtained. Graphs have been used to analyze the velocity profile on the dimensionless parameter.