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Vol.24, No.1, 2024, pp. 29–32 |
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FINITE ELEMENT STRESS STATE ANALYSIS OF MINI DENTAL IMPLANTS Katarina Čolić1*, Aleksandar Sedmak2, Nedeljka Vučetić2, Miloš Milošević1, Simon Sedmak1 1) University of Belgrade, Innovation Centre of the Faculty of Mechanical Engineering, Belgrade, SERBIA *email: kbojic@mas.bg.ac.rs 2) University of Belgrade, Faculty of Mechanical Engineering, Belgrade, SERBIA
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Abstract The paper deals with the application of finite element method in determining the stress state in dental implants with different geometries subjected to various loads. Models that included mini dental implants and the bone used as a support are made in SolidWorks® and exported to Abaqus®. Obtained results show which load case is the most favourable in terms of structural integrity of the implants, which is of great importance considering the widespread use of mini dental implants in biomedical applications. Keywords: mini dental implant, finite element method, biomaterials |
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full article (737 kB)
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