Stability analysis of tibial bone

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原文链接

NETL

外文摘要：By using the bone remodeling technique， the physiological solutions and stress distributions of the tibial bone and impact conditions causing the fracture in the bone have been found using computational simulations。 Also， assuming that the energy carried by the moving object's mass before collision is totally transferred to the tibial bone during impact， this paper presented the total energy that causes the tibia to fracture。 The results can be compared to the empirical results found by other scientists， and the data could help improve the surgical treatment of knee arthroplasty。

外文关键词：

biomechanicsbonefractureinjuriesmedical computingorthopaedicsstress analysissurgerybone fracturebone remodeling techniquecollisioncomputational simulationsimpact conditionsknee arthroplastymoving object massphysiological solutionsstability analysisstress distributionssurgical treatmenttibial bonetotal energyAnalytical modelsBonesForceImplantsInjuriesMathematical modelStressbiomechanicsstresstibial bone

作者：

Dongeun Kim、Suyeong Han、Hwankyu Song、Yoon, J.H.P.、Kyung, R.

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作者单位：

Biomed. Eng., CRG(Choice Res. Group) in CLC, Tenafly, NJ, USA

会议名称：

Annual Northeast Bioengineering Conference;BMES Northeast Biomedical Engineering Career Conference

会议地点：

Boston, MA(US)

会议母体文献：

2014 40th Annual Northeast Bioengineering Conference

页码：

1-2

出版时间：

2014

DOI：

10.1109/NEBEC.2014.6972837