Pasivní kolenní motodlaha v traumatologii - pevnostní analýza

Abstract

Master thesis deals with stress analysis of knee passive motion splint using finite element method. Several positions were chosen for computations. Before the computations the geometry of the model was adjusted and prepared for the computation. In these positions the parts with the highest stress were identified. Stress conditions were determined with respect to the positions. Deformation in the entire model was also determined with respect to the position. The stress results on the places that are under the highest stress are used for comparison in graphs in which the progress of stress during whole period is recorded. At the end of the thesis a new prototype successor is presented.