Purpose: To compare wear behavior, durability during in vitro mastication simulation, and
fracture force of an established and a novel lithium disilicate CAD/CAM material, as well as …

Objective To estimate the fatigue resistance of a new translucent zirconia material in
comparison to lithium disilicate for 3-unit fixed partial dentures (FPDs). Methods Eighteen 3 …

Objectives To predict the lifetime and fracture probability of anterior crowns made of a lithium
disilicate glass-ceramic (IPS e. max CAD, LD, Ivoclar Vivadent, Liechtenstein) and a zirconia …

Objective The goals of this research are:(1) to determine the clinical survival of ceramic-
ceramic 3-unit implant supported fixed dental prostheses (FDPs) compared with control …

Purpose To investigate the effect of core/veneer thickness ratio on the fracture strength of
lithium disilicate crowns subjected to cyclic loading in a simulated oral environment …

This work establishes a survival probability methodology for interface-initiated fatigue
failures of monolithic ceramic crowns under simulated masticatory loading. A complete 3 …

For adhesively retained ceramic crown of various types, it has been clinically observed that
the most catastrophic failures initiate from the cement interface as a result of radial crack …

Purpose To evaluate the influence of different core‐veneer thickness (CVT) ratios on fracture
loads and failure modes of zirconia crowns with or without thermomechanical cycling (TC) …

Objectives A conometric concept was recently introduced in which conical implant
abutments hold the matching crown copings by friction alone, eliminating the need for …

Objective To evaluate the probability of survival of monolithic and porcelain veneered lithium
disilicate crowns comprised by a conventional or modified core when loaded on marginal …