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Within this paper is given the importance and methodological issues specific FEM modeling of fluid flow. In the first part are presented the general considerations viewing main steps in the finite element model of fluid flow along the Kaplan turbine runner blades. In order to exemplify the way in which this method is applied, in the second part are given the results realized in the diagrams of velocities, pressures and vorticity distribution in 6 typical sections of runner and, also a tabular presentation of the peak values of these dimensionless parameters. The last part presents the conclusions.

FEM MODELING OF FLUID FLOW FOR KAPLAN TURBINE RUNNER