Background: Finite element analysis (FEA) is one of the best methods for evaluating the
stress distribution of restorations, such as fixed partial dentures. The development of resin …

It is always difficult to avoid subjectivism in the assessment of the properties of
prosthodontics materials due to the ambiguity in the evaluation criteria of dental research …

Objective To evaluate the mechanical properties of different CAD/CAM ceramic systems and
the post-fatigue fracture and stress distribution when used as cemented crowns. Materials …

Background The aim of this study was to calculate the stress distribution of fiberglass post
associated with resin composite crown restoration and fiberglass posts with zirconia …

This study investigated the effects of antirotational titanium bases on the mechanical
behavior of CAD/CAM titanium bases used for implant-supported prostheses. The aim was …

The biomechanical effects of dental tissue according to various dental crown materials were
investigated using finite element analysis. Bone, prepared tooth, root canal, and periodontal …

To evaluate the effect of remaining pericervical dentin (PCD) on the biomechanical behavior
of endocrown-restored molars with different materials, six three-dimensional finite element …

Evidence regarding the effect of the onlay preparation design for different CAD/CAM
restorative materials considering the preservation of cusps is lacking. Molars were 3D …

This study aimed to evaluate the material properties of four dental cements, analyze the
stress distribution on the cement layer under various loading conditions, and perform failure …

The purpose of this simulation study was to evaluate effect of different restorative design on
stress concentration of endocrown. Different restorative materials were used on a …