Titlebook: Wear Prediction on Total Ankle Replacement; Effect of Design Par Amir Putra Bin Md Saad,Ardiyansyah Syahrom,Mohamme Book 2016 The Author(s)

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BUCK

Effect of Design Parameter Towards Wear Generation,imize design parameter. Inevitability to optimize the design is to improve the understanding of reducing wear in human ankle joint. Change in implant dimension has been suggested, may result in better implant lifespan. The effect of design parameter towards wear generation were analysed the thicknes

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摘要记录

VICT

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Wear of Total Ankle Replacement (TAR), of clinical and physical simulators. Therefore, this present studies was used the finite element method to predict wear of TAR with adaptive re-meshing technique. The wear sensitivity test was conducted to determine the wear update interval and converge at 0.5 million cycles for update interval.

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Debrief

Contact Pressure of Total Ankle Replacement (TAR),rface of the bearing and talar components. Sliding distance was determined by predominate motion of plantar/dorsi flexion of ankle stance phase gait cycle. Validity of contact analysis was conducted to make sure consistent, accurate, and therefore dependable procedures.

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Conclusion, depth, h and volumetric wears, V were within the wear range of BOX TAR model reported in the literature. Therefore, the computational method using finite element analysis developed can be used to predict wear on total ankle replacement (TAR).