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Journal / Engineering / 人髋关节微观结构失效机制的成像
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人髋关节微观结构失效机制的成像

Article DOI: 10.3791/64947-v • 08:43 min • September 29th, 2023
September 29th, 2023 •
1,2, 2
1School of Mechanical, Medical and Process Engineering, Queensland University of Technology, 2Medical Device Research Institute, College of Science and Engineering, Flinders University

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该协议通过结合大体积显微 CT 扫描、定制的压缩载物台和先进的图像处理工具，能够测量整个人类股骨近端骨微结构的变形及其韧性。

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影像学， 微观结构失效机制， 人体髋关节， 骨骼微观结构， 逐渐增加的负荷， 微观结构失效行为， 协议， 三维微观结构图像， 股骨近端， 变形， 临床相关骨折， 股骨颈， 透射线压缩阶段， 显微计算机断层扫描 （micro-CT）， 视场， 各向同性像素尺寸， 力增量， 有限元预测， 压缩阶段， 位移， 规定的力增量， 子资本骨折、张开和剪切、股骨颈不稳定、骨拉伤、能量吸收能力、皮质不稳定、软骨下骨
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