Author:Akintunde Tunmise

Publications
Impact of Material Selection and Modularity on the Fatigue Life of Tibial Trays in Knee Replacements Akintunde Tunmise EasyChair Preprint 13967
Evaluation of Modular Tibial Tray Stability and Fatigue Performance in Total Knee Arthroplasty Henry William and Akintunde Tunmise EasyChair Preprint 13966
Biomechanical Assessment of Modular Tibial Tray Configurations in Total Knee Arthroplasty Akintunde Tunmise and Success Ayomide EasyChair Preprint 13965
Local Knowledge and Resilience Building Akintunde Tunmise and Berry Allen EasyChair Preprint 13795
Role of BaTiO3, PDMS, and MWCNTs in the Development of Next-Generation Flexible Energy Harvesting Devices Akintunde Tunmise and Peter Simon EasyChair Preprint 13794
Enhancing Energy Harvesting Efficiency with BaTiO3/PDMS/MWCNT Nanocomposites Kelly Amanda and Akintunde Tunmise EasyChair Preprint 13793
Technological Advances and Business Writing Practices: Navigating the Digital Landscape Akintunde Tunmise and Kelly Amanda EasyChair Preprint 13659

Keyphrases

Barium Titanate (BaTiO3), BaTiO3, Biomechanical Assessment, business writing, community resilience, cyclic loading, energy harvesting, Fatigue Analysis, Fatigue life, fatigue performance, Flexible energy harvesting, Indigenous knowledge, knee prosthesis, Knee replacements, local knowledge, Material selection, Modular Prostheses, Modular Tibial Tray, modularity, Multi-walled carbon nanotubes (MWCNTs), MWCNT, Nanocomposites, Orthopedic implants, PDMS, Piezoelectric efficiency, piezoelectric materials, Polydimethylsiloxane (PDMS), Prosthesis Durability, resilience building, science, Surface wear, Technology, Tibial Component Design, Tibial trays, Total knee arthroplasty (TKA)², wearable technology.