Objective This article reviews the applications of Finite Element Models (FEMs) in
personalized dentistry, focusing on treatment planning, material selection, and CAD-CAM …

Statement of problem The effect of anatomic contour design in all or parts of zirconia crowns
is uncertain regarding clinical reliability and survival rates. Purpose The purpose of this in …

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 …

Statement of problem Preparation design has been linked to restoration survival, and the
finish line geometry, such as a deep chamfer or shoulder, has been linked to marginal …

Background This study evaluates the mechanical performance of deep margin elevation
technique for carious cavities by considering the shape designs and material selections of …

PURPOSE To compare the accuracy of marginal and internal adaptation of zirconia (Zr)
copings fabricated on anatomic (A), semi-anatomic (SA) and non-anatomic (NA) occlusal …

The objective of this investigation was to compare alternative framework designs of molar
zirconia crowns veneered with various overpressing ceramics and to predict the …

gg Construction of a three-dimensional finite element model of pulp-exposed maxillary premolar
with wedge-shaped defect restore Page 1 Chinese Journal of Tissue Engineering Research …

Horizontal bone loss (HBL) and dehiscence are common supportive tissue defects. This
study evaluated the stress distribution in the presence of HBL or dehiscence and two types …

Background: The flat occlusal preparation design (FOD) of posterior teeth offers promising
results of fracture resistance and stress distribution, but its application in vital teeth is limited …