![]() Numerical results for velocities, stresses, and for the pressure dependence of the funnel flow are presented. ![]() As a prerequisite for the study of the fully coupled initial boundary value 2D-flow problem of a micropolar fluid the funnel flow of a Navier-Stokes fluid is investigated based on an implicit finite difference scheme using the Thomas algorithm. The need for using numerical methods of fluid mechanics is emphasized. ![]() ![]() Then a review of the current state-of-the-art is presented and a necessary extension of the problem is motivated. Initially the fundamental equations of micropolar media are revisited and the problem of structural changes of micropolar media moving in a crusher is explained. In this paper foundations are laid for a future solution of a fully coupled flow problem for the micropolar medium undergoing structural change in a funnel-shaped crusher.
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