Objective The background and clinical understanding of the properties of currently available
indirect restorative systems and fabrication methods is, along with manufacturer and …

Objectives To evaluate the effect of the ceramic processing and aging method on the
microstructure, optical, and mechanical properties of a third generation ultra-translucent …

This study characterized the mechanical properties (static and under fatigue), the crystalline
microstructure (monoclinic-m, tetragonal-t and cubic-c phase contents) and the surface …

Statement of problem Recent monolithic zirconia materials used for indirect restorations are
predominantly fully stabilized zirconia with claims of enhanced optical properties. These …

Objective To investigate the influence of high-speed and conventional sintering on the
flexural strength (FS) of three zirconia materials initial and after artificial aging. Methods …

Statement of problem The long-term color stability of precolored monolithic zirconia has not
been thoroughly investigated. Purpose The purpose of this in vitro study was to evaluate the …

Objective To investigate the intraoral development and kinetics of low-temperature
degradation (LTD) in second-generation 3 mol.% yttria-doped tetragonal zirconia polycrystal …

Objective This study aimed to systematically review the literature related to the impact of low
temperature degradation (LTD) on the crystalline structures and optical properties of …

Background. Monolithic restorations made of translucent yttria‐stabilized tetragonal zirconia
polycrystal (Y‐TZP) have become popular over the past few decades. However, whether …

Statement of problem Stereolithography is a promising method of fabricating zirconia
ceramics with high strength and accuracy. However, studies of the aging effects on zirconia …