Objectives of the study were to investigate biomechanical properties of severely
compromised premolars restored with composite restorations using finite element analysis …

Introduction This study investigated the effects from the carious cavity and access from it on
the fracture resistance of endodontically treated maxillary premolars using finite element …

By means of a finite element method (FEM), the present study evaluated the effect of fiber
post (FP) placement on the stress distribution occurring in endodontically treated upper first …

Objective. Restoring the correct masticatory function of partially edentulous patient is a
challenging task primarily due to the complex tooth morphology between individuals …

To evaluate the influence of the loss of coronal and radicular tooth structure on the
biomechanical behavior and fatigue life of an endodontically treated maxillary premolar with …

Objectives This in vitro research aimed to quantitatively evaluate the enamel and dentin
tissue removal and the residual adhesion surface area (RAS) after different margin designs …

Introduction The preservation of tooth structure during cavity preparation is crucial for
maintaining tooth strength and longevity of restorations. The biomechanical behavior of …

Statement of problem More data are needed on the influence of preparation design on the
fracture strength, failure type, repairability, and polymerization-induced cracks of molar teeth …

Objective To predict the clinically relevant transmitted irradiance that is available for luting
when a CAD/CAM restoration is inserted. The influence of irradiance, exposure distance …

Objective The aim of this study was to investigate, analyze and compare the stress
distribution and biomechanical displacement generated at the interface between composite …