Mathematical modeling of hydrodynamics and heat transfer in the stationary and rotating channels partially filled by permeable medium

Conjugate mathematical formulation (governing equation system and boundary conditions) and mathematical modeling results of hydrodynamics and heat transfer in the stationary and rotating channels, partially filled by permeable medium, are presented. Equation system is solved by control volume finite difference method on non-stagged grid. The results obtained demonstrate a considerable three-dimensionality of velocity, pressure and temperature fields due to complicated three-dimensional vortex structures arising not only in rotating channels but also in stationary ones.