This study aimed to evaluate the use of bioengineering tools, finite element analysis, strain
gauge analysis, photoelastic analysis, and digital image correlation, in computational …

Since 1980, the biomechanical behavior of dental implants has received importance
regarding the issue of failure in this rehabilitation system due to occlusal overload. Through …

Statement of problem Short implants have been increasingly used in the aging society.
However, studies which explain the difference of stress distribution according to different …

In the literature, many researchers investigated static loading effects on an implant.
However, dynamic loading under impact loading has not been investigated formally using …

The aim of this study is to evaluate the stresses transferred to peri-implant areas from single
implants restored with different restorative materials and subjected to a static vertical load …

Stresses transmitted on the alveolar bone ridge by lined conventional complete mandibular
dentures can decrease the bone absorption level. The aim of this in vitro study was to …

Conical implant–abutment connections are popular for their stability; however, in other
conditions, such as excessive force, implants and abutments can absorb all the stress. Some …

Objective This in‐vitro study aims to study the stress distribution within the ceramic veneer‐
tooth system with two incisal preparation designs—butt joint (BJ) and feathered edge (FE) …

In some clinical situations, the clinician may encounter previously installed implants that
should be associated with other implants for a proper rehabilitation. The aim of this study …

Materials and Methods: A total of three blocks of photoelastic resin for each type of implant
connection (external hexagon, external hexagon flattened, internal hexagon, and Morse …