首页> 外文会议>2014 40th Annual Northeast Bioengineering Conference >Prediction of point-of-failure in a high-energy femoral neck fracture model with finite element analysis: Are models supported by biomechanical evidence?
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Prediction of point-of-failure in a high-energy femoral neck fracture model with finite element analysis: Are models supported by biomechanical evidence?

机译:用有限元分析预测高能股骨颈骨折模型的失效点:模型是否得到生物力学证据的支持?

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摘要

Vertical shear fracture models represent a new direction for analyzing fracture risk that has been understudied to date. Vertical shear fractures have not been thoroughly analyzed using finite element modeling, thus it is unclear whether these models can accurately predict the location of these fractures. This study showed that patient specific finite element modeling is able to accurately predict the location of fracture in a vertical shear model of the human femur.
机译:垂直剪切断裂模型代表了迄今为止尚未研究的分析断裂风险的新方向。竖向剪切裂缝尚未使用有限元建模进行彻底分析,因此尚不清楚这些模型是否可以准确预测这些裂缝的位置。这项研究表明,患者特定的有限元建模能够准确预测人股骨垂直剪切模型中的骨折位置。

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