Assume that the velocity distribution for laminar flow over a flat plate is given by v X /v • = 3/2 (y/ ) 3 . Obtain the expression for the boundary layer thickness relative to distance along the...

Assume that the velocity distribution for laminar flow over a flat plate is given by v_X/v_•
= 3/2 (y/)³. Obtain the expression for the boundary layer thickness relative to distance along the plate, and the expression for shear stress at the plate.

Obtain a computer solution to the Blasius equation for two-dimensional boundary layer flow past a flat plate

Using a fourth-order Runge-Kutta method, use a step size at .01 for h, obtain a solution for h = 2 to h = 5.