Objectives Clinical data on survival rates reveal that all-ceramic dental prostheses are
susceptible to fracture from repetitive occlusal loading. The objective of this review is to …

Dental luting cements are designed to retain restorations, appliances, and post and cores in
a stable and, presumably, long-lasting position in the oral environment. Retention …

Purpose The aim of this study was to evaluate the load bearing capacity and a reasonable
thicknesss of dental monolithic zirconia crowns. Materials and methods Polymethyl …

OBJECTIVES: The purpose of the current study was to examine the influence of the pre-
cementation surface modification techniques, namely alumina abrasion and surface …

OBJECTIVES: This study evaluated the strength and fracture pattern of monolithic posterior
CAD/CAM crowns hypothesizing that zinc-phosphate cemented lithium disilicate crowns …

Objective To demonstrate the fatigue behavior of CAD/CAM resin composite molar crowns
using a mouth-motion step-stress fatigue test. Monolithic leucite-reinforced glass-ceramic …

Results from a systematic study of damage in material structures representing the basic
elements of dental crowns are reported. Tests are made on model flat-layer specimens …

OBJECTIVES: The aim of this study was to evaluate the in vitro behaviour of all-ceramic
zirconia molar crowns in regard to different core designs and marginal fit. METHODS …

Biocompatability and, in some applications, esthetics make all-ceramic prostheses
compelling choices but despite significant improvements in materials properties and …

STATEMENT OF PROBLEM: Different compositions of tooth-colored posts may influence the
bonding capacity of various luting agents to these posts. An appropriate understanding of …