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Download PDFOpen PDF in browserBiomechanical Assessment of Modular Tibial Tray Configurations in Total Knee ArthroplastyEasyChair Preprint 139655 pages•Date: July 13, 2024Abstract
Total Knee Arthroplasty (TKA) is a widely performed surgical procedure aimed at alleviating pain 
and restoring function in patients with severe knee joint pathologies. The design of tibial trays in 
TKA is crucial for the long-term success of the prosthesis. Modular tibial tray configurations offer 
the potential for enhanced fit and customization but their biomechanical performance, particularly 
under fatigue loading conditions, requires thorough assessment, this study conducts a 
biomechanical assessment of various modular tibial tray configurations used in TKA. A series of 
experimental tests were performed using cyclic loading to simulate the repetitive stresses 
experienced by the knee joint during typical daily activities. Finite Element Analysis (FEA) was 
also utilized to model stress distribution and identify potential failure points in the modular 
constructs. 
The experimental results demonstrated significant differences in fatigue performance among the 
modular tibial tray configurations. Specific designs exhibited superior resistance to cyclic loading, 
attributed to optimized material selection and geometrical enhancements. FEA results corroborated 
the experimental findings, highlighting regions of high stress concentration and potential fatigue 
failure, the biomechanical performance of modular tibial tray configurations in TKA varies 
significantly based on design and material characteristics. The findings underscore the importance 
of careful selection and optimization of modular components to enhance the durability and 
longevity of the prosthesis. Further research is recommended to explore additional design 
modifications and their impact on fatigue performance. Keyphrases: Biomechanical Assessment, Modular Tibial Tray, Tibial Component Design, Total knee arthroplasty (TKA), fatigue performance, knee prosthesis  Download PDFOpen PDF in browser |  
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