Cyclic flexural fatigue of porous Ti6Al4V constructs for use in mandibular reconstruction
Journal: International Journal of Fatigue
Authors: Khaled Hijazi - Amin Rizkalla Haojie Mao
David W. Holdsworth
S. Jeffrey Dixon
• Cyclic flexural loading was applied to SLM-built Ti6Al4V porous constructs.
• Flexural fatigue strength depended primarily on strut thickness and porosity.
• Numerical models predicted flexural fatigue strength with average deviation ≈ 10%.
• Fatigue cracks appeared to initiate at the surface of strut junctions.
• Simulated bone ingrowth resulted in greater flexural fatigue strength.
Year: 2024
Volume: 185
PP: 108329
Khaled Hijazi
Contact Information
- University of Western Ontario
Department of School of Biomedical Engineering - 305-425 Sugarcreek Trail,
London, Ontario,
Canada N6H0C5 - Email: kmhijazi@hotmail.com
- Cell: 15194035305
- Lab Link
- Google Scholar
- Membership#C242986
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