Statement of problem Endocrowns are a monoblock type of restoration that use the pulp
chamber and remaining coronal tooth structure as a means of retention. However, data on …

Objective To assess and compare, through a systematic review of the literature, the
biomechanical performance of endocrowns and traditional core‐crowns (with and without …

Purpose To assess stress distribution in full‐crowns with a composite buildup and
endocrowns under axial or oblique loads, both with different ferrules (1 or 2 mm) and …

Background Endocrown restorations as a conservative approach to restore endodontically
treated teeth still need in vitro investigation under fatigue and made in different materials …

Introduction Finite element analysis (FEA) is a numerical procedure utilised in the
engineering analysis of structures and is one of the most common numerical methods …

Introduction The aim was to evaluate the stress distributions on dentin and repair materials
caused by static force applied to teeth, with cervical external root resorption (CER) after …

Objective: The aim was to compare the fracture strength of Molar endocrowns fabricated
from different all-ceramic materials and various preparation designs. Materials and methods …

Purpose This systematic review and meta‐analysis aimed to summarize available evidence
regarding the effect of horizontal glass fiber posts (HGFPs) on fracture strength and fracture …

Objectives To evaluate the influence of the restorative technique on the mechanical
response of endodontically-treated upper premolars with mesio-occluso-distal (MOD) cavity …

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 …