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Logistic models suggested an interaction between post damage, backside surface damage, and implant loosening.
Post damage was insensitive to design and patient factors but was exacerbated by oxidation.
The laboratory testing reproduced clinically relevant wear and tibial post damage mechanisms.
The model requires 39 material properties and parameters, and is able to capture the seven different damage modes and post damage softening behavior of composites.
As such, the residual load resisting capacity is crucial in post damage situations where engineers have to make a decision of whether to rehabilitate or rebuild the damaged building.
In this study, we provide the rationale for the design change and compare the damage on retrieved tibial components of both designs to demonstrate the effectiveness of the design modifications in decreasing post damage.
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Structure post-damage behavior was also investigated.
Open image in new window Fig. 5 Beam post-damage repair.
This only outperformed itself on a test after post-damage repairs.
Open image in new window Fig. 7 Post-damage repair using surface mounted rods.
The post-damage was induced by combined sustained load and wetting/drying (WD) cycles.
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