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Polymer Insert Stress in Total Knee Designs During High Flexion Activities: A Finite Element Study

Polymer Insert Stress in Total Knee Designs During High Flexion Activities: A Finite Element Study

by ARC | Mar 7, 2005 | Knee

The success of total knee arthroplasty has contributed to its widening application to a younger, more active patient population who daily regimen includes more demanding high flexion activities. Worldwide expansion to Middle Eastern and Asian populations, where the...
Tibial Plateau Abrasion in Mobile Bearing Knee Systems During Walking Gait III: A Finite Element Study

Tibial Plateau Abrasion in Mobile Bearing Knee Systems During Walking Gait III: A Finite Element Study

by ARC | Mar 7, 2004 | Knee

The abrasion observed in ultrahigh molecular weight polyethylene (UHMWPE) total knee arthroplasty component retrievals is the result of high cyclical loads, which act on the tibial plateau during daily ambulation. This dynamic process influences in vivo component...
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