Abstract
Implantology in dentistry incorporating biomaterials and simulation techniques essentially, had become greatly acceptable procedure for the reconstruction of the human apparatus in modern era. To achieve success of treatment method, biomaterial selected should be compactable and should show positive biological response with the surrounding environment. Prediction of biomechanical parameters in clinical practices affecting implantology is difficult and challenging in vivo. Advancements in engineering innovation and research made Finite Element Analysis (FEA) have proven to be one of the promising simulation techniques to understand the clinical variables and decrease mechanical failures. This review provides insights on biomaterials and FEA in implant dentistry and help to identify gaps in future research.
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