Background and objectives Differences in dental maturation may affect the prognosis and
clinical management of traumatized teeth. However, evaluation of the outcomes of dental …

Introduction To evaluate the stress at the apical third of the pulp and neurovascular bundle
(NVB) during 5 types of orthodontic movement at different levels of bone loss. Furthermore …

Background and Objectives: This numerical analysis investigated the biomechanical
behavior of the mandibular bone as a structure subjected to 0.5 N of orthodontic force during …

INTRODUCTION: The aim of this study was to investigate and compare stress distribution in
various degrees of curved roots with different post and restorations by finite element analysis …

To investigate the stress distribution in a maxillary canine restored with each of four different
post systems at different levels of alveolar bone loss. Two-dimensional finite element …

Objective: A three-dimensional (3D) finite element analysis (FEA) on the stress distribution of
endodontically treated teeth with titanium alloy post and carbon fiber post with different …

Background: In this study, we evaluated the effect of periodontal splints made from different
materials on the stress distributions in compromised periodontal tissues and cement layers …

It is well known that the initiating factor for the biologic changes is the stress induced in the
periodontal tissue; but as of now there is no gauge to measure the stress in the PDL directly …

Purpose This study compares the FEA‐calculated stresses generated within the supporting
periodontal structure of a mandibular second molar restored with a full ceramic crown and …

The aim of this study is to calculate the stress produced in the periodontium at different bone
levels under occlusal load. Four finite element models of maxillary incisors were designed …