Quantification of femoral surface strain after cementless stem implantation by computer analysis of the photoelastic method

机译：通过计算机分析光弹性方法计算机分析施加粘液杆植入后股骨表面应变的定量

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The current experiment will attempt to identify differences in implant design based on strain information obtained. Verification of the consistency and repeatability of the coating, implanting, and loading procedures is necessary to validate themethod. This will be accomplished through the repetition of the testing protocols and statistical analysis of the program data. The method will need to include a definition of the amount of difference in strain an implanted bone can withstand withoutdetrimental effects. A correlative follow-up testing procedure for cadaver specimens is expected in future directions, as well as comparisons of this data with clinical data and radiographic documentation of specific designs.

机译：目前的实验将试图根据获得的应变信息识别植入物设计的差异。验证涂层，植入和装载程序的一致性和可重复性是必要的，以验证过敏。这将通过重复测试协议和程序数据的统计分析来实现。该方法需要包括菌株差异的定义，植入骨可以承受毫张效果。在未来的方向上预期尸体标本的相关后续测试程序，以及该数据的比较具有特定设计的临床数据和射线照相文件。

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《ASME International Mechanical Engineering Congress and Exposition》|1997年||共2页
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Randal P. Morris; Michael J. Grecula; William L. Buford Jr.; Rita M. Patterson;
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中图分类 Q81-53;
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1. Comments on "Femoral surface strain in intact composite femurs: a custom computer analysis of the photoelastic coating technique" [& reply] [J] . Cristofolini L., Viceconti M., Grecula M.J., IEEE Transactions on Biomedical Engineering . 2001,第8期

机译：关于“完整复合股骨的股骨表面应变：光弹性涂层技术的定制计算机分析”的评论[＆答复]
2. Femoral surface strain in intact composite femurs: a custom computer analysis of the photoelastic coating technique [J] . Grecula M.J., Morris R.P. IEEE Transactions on Biomedical Engineering . 2000,第7期

机译：完整复合股骨的股骨表面应变：光弹性涂层技术的定制计算机分析
3. Femoral surface strain in intact composite femurs: a custom computer analysis of the photoelastic coating technique [J] . Grecula M.J., Morris R.P., Laughlin J.C., IEEE Transactions on Biomedical Engineering . 2000,第7期

机译：完整复合股骨的股骨表面应变：光弹性涂层技术的定制计算机分析
4. Quantification of femoral surface strain after cementless stem implantation by computer analysis of the photoelastic method [C] . Randal P. Morris, Michael J. Grecula, William L. Buford Jr., ASME International Mechanical Engineering Congress and Exposition . 1997

机译：通过计算机分析光弹性方法计算机分析施加粘液杆植入后股骨表面应变的定量
5. Modeling and Test Methodologies for Monitoring Femoral Stem Insertion during Cementless Total Hip Arthroplasty [D] . ?Dardeno, Tina A. 2020

机译：建模和测试方法为骨水泥型全髋关节置换术中监测股骨柄插入
6. Analysis of a Cementless Femoral Stem Neck Fracture Using Scanning Electron Microscopy and the Finite Element Method [O] . Hirokazu Takai, Daisuke Nakayama, Masatoshi Murayama, 2019

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7. Photoelastic Analysis of Two Different Cementless Femoral Stems for Total Hip Arthroplasty in a Canine Model [O] . Fernando Y. K. Kawamoto, Bruno W. Minto, Lucia M. I. Diogo, 2019

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8. Development of Experimental Stress Analysis Methods to Determine Stresses and Strains in Solid Propellant Grains. Photoelastic Analysis of Flexural Waves in a Bar [R] . Clark, J. A., Durelli, A. J. 1969

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Quantification of femoral surface strain after cementless stem implantation by computer analysis of the photoelastic method

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