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Finite Element Analysis of Mandible Reconstruction Plate in the case of Symphysis fracture

机译:骨折骨折颌骨重建板的有限元分析

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The presented work is focused on stress - strain analysis of a reconstruction plate. For this problem the computational modelling was chosen with using finite element method. Mandible was created based on the methods of Reverse Engineering and CT images. Using these methods a STL model of mandible with cortical and cancellous bone tissue was created. A volume model of lower jaw with applied reconstruction plate was created in CAD software. A Symphysis fracture of lower jaw was modeled in calculation program ANSYS. The cancellous bone tissue is modeled with different mechanical properties, which corresponds to the varying quality of this tissue. In this work an influence of varying quality of cancellous bone tissue to von Mises stress is observed.
机译:所提出的工作专注于重建板的应力 - 应变分析。对于此问题,使用有限元方法选择计算建模。下颌骨是根据逆向工程和CT图像的方法创建的。使用这些方法,产生了皮质和松质骨组织的下颌骨的STL模型。 CAD软件中创建了带有应用重建板的下颌体积模型。在计算程序ANSYS中建模了下颌的同音联合骨折。松质骨组织以不同的机械性能建模,这对应于该组织的不同质量。在这项工作中,观察了不同质量的质量对莫斯应激的影响。

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