UC知道急.帮忙翻译下.
来源：百度知道 编辑：UC知道 时间：2024/07/02 12:03:12
In the finite element analysis, physical interactions among joints are simulated by contact algorithms. The femur–bone-cement interface and the bone-cement–implant interface surface to surface contact algorithms of ANSYS were used for implicit static analysis. Three stem-cement interface conditions are considered: completely bonded, debonded with coefficient of friction 0, and debonded with coefficient of friction 0.2. In the analysis, a viscoelastic material model is utilized for bone-cement. Numerical shape optimization is applied to the prosthesis.
The results of finite element simulations are compared with Charnley’s implant results and appropriate material for the implant is proposed. The best stem shapes fulfilling the desired functional requirements are chosen for the design. These findings can form a base for further research such as the optimum design of bone-implant hip prosthesis.
同志们,不用在线翻译行吗?读都读不通.
The results of finite element simulations are compared with Charnley’s implant results and appropriate material for the implant is proposed. The best stem shapes fulfilling the desired functional requirements are chosen for the design. These findings can form a base for further research such as the optimum design of bone-implant hip prosthesis.
同志们,不用在线翻译行吗?读都读不通.
太专业了， 不懂了，不好意思.
在有限元分析，在联接之中的物理互作用由联络算法模仿。 股骨骨头水泥接口和骨头水泥种入ANSYS地对地联络算法为含蓄静态分析使用的接口。 三个词根水泥接口情况被考虑： 完全地保税， debonded与摩擦系数0和debonded与摩擦系数0.2。 在分析，一个黏弹性物质模型为骨头水泥被运用。 数字形状优化适用于假肢。
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有限元素模仿的</dnt>The结果与Charnley的植入管结果比较，并且植入管的适当的材料提议。 履行期望功能要求的最佳的词根形状为设计被选择。 这些研究结果可能形成进一步研究的一个基地例如最宜的设计骨头种入熟悉内情的假肢。
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