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Design of Individual Brace for the 3-D Correction and Mechanics Study

机译:三维校正力学研究的单个支架设计

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Establish 3-D geometry model including thoracic-lumbar-sacrum, thorax and pelvis based on CT data in IS patient, and then construct a completely finite element model based on the human anatomy. On the basis research on rapid design method of individual brace, simulate clinical spine stress by reasonably setting gaskets distribution, analysis the effect of different orthopedic force and position on orthopedic effect and assessment, conduct mechanics analysis with orthopedic effect according to the clinical practice to determine the optimal brace design scheme.
机译:建立三维几何模型,包括基于CT数据的胸腰骶骨,胸部和骨盆是患者,然后基于人解剖结构构建完全有限的元素模型。在基于对单个支架的快速设计方法的基础研究中,通过合理设置垫圈分布模拟临床脊柱压力,分析不同矫形力和位置对整形外科效应和评估的影响,根据临床实践确定骨科效应的实施力学分析最佳的支撑设计方案。

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