F. Sejda, K. Frydrýšek, L. Pleva, M. Pompach, R. Litner
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引用次数: 0
摘要
本文讨论髓内钉(内固定架)的强度分析,髓内钉用于创伤学/矫形学治疗跟骨(跟骨)骨折。该应用程序的重点是由Medin a.s公司(nov mavito na moravyi,捷克共和国)生产的独特的微创C-NAIL。重点是跟骨骨折的类型和治疗方法,对跟骨载荷的分析以及从CT图像中创建跟骨CAD-FEM模型(设计-工程的观点)。因此,对包括载荷在内的外围条件进行了分析。使用Ansys Workbench应用程序中的有限元方法,对固体(“健康”)骨骼和切割成单个骨碎片(模拟骨折)的骨骼进行了计算。
: This article deals with the strength analysis of an intramedullary nail (internal fixator), used in traumatology/orthopaedic for a broken heel bone (calcaneus). The application focuses on the unique mini-invasive C-NAIL produced by the company Medin a.s. (Nové město na Moravě, Czech Republic). The focus is on types of calcaneal fractures and the possibilities of treating them, on the analysis of calcaneus load and the creation of a CAD-FEM model of the calcaneus from CT images (design – the engineeering point of view). Consequently, an analysis is carried out of the peripheral conditions including loading. The calculations were done on solid („healthy“) bones and bones cut into indidivual bone fragments (imitating broken bones), using the finite element method in the Ansys Workbench application.