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The fatigue life of the joints was predicted using classic fatigue life prediction methodology.
Cyclic stent deformations are compared with the J2-predicted response and conventional fatigue life prediction techniques.
Fatigue life prediction models have been proposed to predict the combined influence of these factors.
The life prediction model was verified.
A method of fatigue life prediction is proposed.
A fatigue life prediction method based on strain is proposed.
Crack initiation life prediction was performed using different damage criteria.
However, service life prediction can be a complex issue.
At present, there are two approaches to fatigue life prediction.
The results from LIFE 365 are adopted for service life prediction.
A physics-based life prediction model considering the interactions of deformation and environmental damage is reviewed in terms of its applicability to life prediction of components.
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