The prevalence of prosthodontic treatment has been well recognized, and the need is
continuously increasing with the ageing population. While the oral mucosa plays a critical …

PURPOSE The aim of this study is to summarize various biomechanical aspects in
evaluating the long-term stability of dental implants based on finite element method (FEM) …

This study investigated the effect of three different parameters of a dental implant on stress
and strain values in the peri-implant bone by finite element analysis. In this work, the effect of …

Purpose Nonlinear finite element contact analysis is used to mathematically estimate stress
and strain in a time-and status-dependent mechanical model. However, the benefits and …

Today, an interdisciplinary approach to solving the problems of implantology is key to the
effective use of intraosseous dental implantations. The functional properties of restoration …

Implant-supported overdentures are becoming the treatment of choice for the completely
edentulous mandible. They significantly improve the quality of life in edentulous patients. For …

After implant insertion, the functional loads enhance the integration between the implant and
bone tissue. Analysis of load transfer in various stages of implantation is performed …

The differences in shape and stiffness of the dental implants with respect to the natural teeth
(especially, dental roots) cause a significant alteration of the periprosthetic biomechanical …

Objective: There is no definitive study comparing stress distribution around two versus three
implants in implant-retained overdentures with different cantilever length. The purpose of …

This paper aims to compare, in vitro, the biomechanical properties of an overdenture
retained by two bar-retained implants and an overdenture retained by two bar-retained …