Numerical solution of the equations of motion for flow around objects in channels at low reynolds numbers

摘要: This paper describes the numerical integration of derived equations motion for flow past an infinite set parallel flat plates placed perpendicular to and between two planes. If distance is greater than channel depths, problem can be reduced dimensions by assuming that major velocity components are parabolic in depth direction. The solution has been compared with experimental data Stokes reasonable agreement was obtained. At Reynolds numbers 10, stability method becomes increasingly troublesome convergence very slow.