| Abstract: | The problem of inviscid incompressible flow through a rectangular channel is considered under the normal velocity component
given at the chanel boundaries and the fluid vorticity at the entry. Nonconventional steady flows with recirculation zones
and different functional dependences of the vorticity on the stream function are found by analytical and numerical methods.
The stability of the steady regimes obtained is analyzed using the numerical solution of the time-dependent problem by the
particle-in-cells method. |
