Calculation of liquid flow in an interlattice space

Results of the numerical solution of the Navier-Stokes equation for the system of the connected channels and jets modelling the flow between two rows of infinite flat equalizing lattices are presented. Application of boundary conditions for boundary layers at the outlet permitted to obtain different distribution of flow rates through a number of identical holes. The solutions obtained for some regimes of liquid flow turned out considerably asymmetrical for uniform flow rates at the inlet and in a geometrically symmetrical region