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External Fixation For Treating Tibial Shaft Fractures Using A Triangular Two-Planar Frame: A Computational And Biomechanical Study, Christina Salas, Daniel Hoopes, Mahmoud M. Reda Taha, Thomas A. Decoster
External Fixation For Treating Tibial Shaft Fractures Using A Triangular Two-Planar Frame: A Computational And Biomechanical Study, Christina Salas, Daniel Hoopes, Mahmoud M. Reda Taha, Thomas A. Decoster
UNM Orthopaedic Research Journal
Background: Construct stability is a necessary characteristic of external fixators. Many commonly used fixators are constructed as symmetric one-plane frames. We postulate that asymmetric two-plane triangular constructs provide enhanced stability with simplicity and freedom in pin placement. We hypothesized that results of finite element analysis would determine optimal geometric configuration, and findings of mechanical testing would confirm the improved stability of two-plane triangular constructs.
Methods: Finite element modeling was used to analyze configurations for 16 triangular designs compared to a single-rod (SR) uniplanar frame. Variables included pin axial angulation (0°, 22.5°, 45°, and 90°), connectivity of the rod-to-pin couplers, and …