Journal of ASTM International · 2009 · 24 citations · 6 references
MedicineOrthopedic SurgeryImplant SurgeryOrthopaedic BiomaterialsOrthopedic BiomaterialsFatigueFracture BiomechanicsFracture EvaluationFracture ResistanceFracture ToughnessImplant DesignDurability AssessmentFatigue AnalysisFatigue Resistance Of ImplantsFatigue TestingFracturesImplant Material MechanicsImplant ReliabilityMechanical Properties Of Implants
Abstract This paper compares the differences between the “test to success” and “test to fracture” paradigms for medical implant durability assessment. It recognizes that test to success can be one of the tests within test to fracture, in addition to a series of shorter cycle, higher force/deformation tests. In addition, by “testing to fracture,” one can validate the fatigue analysis capability, learn the consequences of in vitro fractures, and provide information that can either be used for product improvement or for clinicians to make life-saving decisions.
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Stephan H. Duda, Marc Bosiers, Johannes Lämmer et al. · Journal of Endovascular Therapy · 2006 · 494 citations
Medicine, Cardiology, Surgery +16
Pertha S. Chowdhury, Renato G. Ramos · New England Journal of Medicine · 2002 · 84 citations
Medicine, Cardiology, Surgery +16