The paper applies to the problem connected with analytical modeling of operational parameters of bio-bearings and endoprostheses. The mentioned model takes into consideration the influence of velocity and pressure on the value of the friction coefficient. It also presents the results of the tests conducted to define parameters of cooperation between different materials applied in implantology.
The paper draws up some issues connected with processes of friction and wear of bio-bearings. The non-Newtonian liquid lubrication in joints can be presented in tribological models. Considering a proper friction model allows us to mathematically stipulate the resistances that occur in natural joints. The paper includes empirical results of the analysis conducted to designate parameters of cooperation between the tissue and implanted materials. Friction resistances in modelled sets as well as curves of the wear have been assigned for the friction pairs.
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