The contribution subject is the adhesive forces at the solid-liquid interface study. The adhesive forces effect is characterized by so called surface energy. On the Victor Kaplan department of fluid engineering there is installed a special device for the surface energy measurement. By this device usage will be presented the surface energy measurement results of different surfaces used in the hydraulics and aeronautics. On the result base will be derived the dissipative function rate of these materials in reference to glass. This rate represents the hydraulic losses. Moreover it'll be set the new boundary condition for the partial slip (partial wettable) surfaces.
This article present design of motor for Total Artificial Heart (TAH), which is developing on Brno University of Technology. For this application was chosen, as best choice, disc motor with axial flux and permanent magnet. Main reason for choose of this motor is that this motor have short length, which don’t increasing length of whole TAH. In the end of the article is a presented new possibility in this problematic.
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