Mechanical Properties of Composite Resin for Bone Cement and Stress Analysis of Bone Cement in THR

M. Saito; A. Murakami; S. Kakunai

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Mechanical Properties of Composite Resin for Bone Cement and Stress Analysis of Bone Cement in THR

机译：骨水泥用复合树脂的力学性能及THR中骨水泥的应力分析

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The CAP cement has a higher stiffness than PMMA cement by a factor of five in terms of elastic modulus. The FEM analysis showed that the use of CAP as a cement component increased cement tensile stress (8.76 Mpa), compared to PMMA cement (1.99 Mpa). The quantification of FEM results was verified using resistance strain gauges for the simulated THR model. The correlation between numerical results of FEM and experimental results Ws quite good.

机译：CAP胶粘剂的弹性模量比PMMA胶粘剂高五倍。有限元分析表明，与PMMA水泥（1.99 Mpa）相比，使用CAP作为水泥组分会增加水泥拉伸应力（8.76 Mpa）。使用模拟THR模型的电阻应变仪验证了FEM结果的量化。有限元数值结果与实验结果之间的相关性非常好。

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《Key Engineering Materials》 |1998年第1998期|p.203-206|共4页
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M. Saito; A. Murakami; S. Kakunai;
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中图分类工程基础科学;
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Mechanical Properties of Composite Resin for Bone Cement and Stress Analysis of Bone Cement in THR

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