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 …

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

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 …

The aim of this study is to investigate the stress distributions of different restoration options
for class II mesio‐occluso‐distal (MOD) cavities. A class II MOD cavity with proximal box …

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 …

Introduction Guided endodontics represents an effective method for achieving safe and
reliable endodontic surgery in human medicine. However, it is rarely employed in small …

Introduction Endodontically treated teeth (ETT) undergo extensive structure change and
experience high stress during biomechanical function. Stress distribution is influenced by …

Kasus hilangnya gigi, baik karena kecelakaan atau karena pencabutan merupakan
kejadian yang sudah ada sejak berabad-abad tahun yang lalu. Untuk memperbaiki …

Aim: This study evaluated the influence of different access designs on maxillary two-rooted
premolar teeth to assess their biomechanical behavior using finite element analysis …