This guidance document describes the specific issues involved in dental multilayer ceramic
systems. The material interactions with regard to specific thermal and mechanical properties …

Objectives The objective of this study was to investigate the effects of treatments of the
intaglio surface of Y-TZP frameworks and luting agents on the fatigue resistance of all …

This study evaluated the influence of different finish line designs and abutment materials on
the stress distribution of bilayer and monolithic zirconia crowns using three‐dimensional …

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

Statement of problem Data comparing the fatigue performance of adhesively luted glass or
polycrystalline ceramic systems for computer-aided design and computer-aided …

Objective To determine the thermal expansion of a porcelain (VM9) and tetragonal zirconia
(Y-TZP) as well as the deflection upon re-heating and cooling of a bilayer fabricated from …

The purpose of this study were: to perform stress analyses using three‐dimensional finite
element analysis methods; to analyze the mechanical stress of different framework designs; …

PURPOSE To determine the discrepancy in monolithic zirconium dioxide crowns made with
computer-aided design and computer-aided manufacturing (CAD/CAM) systems by …

This study aims to evaluate the fatigue resistance of monolithic zirconia (Yz) and multilayer
ceramic structures using the CAD-on technique in different thicknesses. Fifty (N= 50) …

Different all-ceramic crown designs are available to perform indirect restoration; however,
the mechanical response of each model should still be elucidated. The study aims to …