Nowadays, bio-ceramic composite material is demanded in the biomedical industry due to
its remarkable biological and mechanical properties. But, the shaping of such material …

The incorporation of bioactive glass (BG) into zirconia-based composite materials shows a
feasible option to enhance the biological properties, reduce the sintering temperature, and …

Besides the exceptional mechanical and biocompatible properties, zirconia toughened
alumina (ZTA) has limited biomedical applications due to its bio-inertness properties. The …

The study investigated the impact of aging on surface roughness, color stability, and
biocompatibility of hybrid resin-ceramic materials. A total of 225 specimens were produced …

This study aimed to identify the potential use of the ceramic composite ZrO 2 (CeO 2)–Al 2 O
3 as a dental implant due to its intrinsic geometry and different masticatory loads based on …

This work aimed to evaluate the fatigue limit of the zirconia ceramic composite stabilized
with yttria and ceria reinforced with alumina platelets (ZrO2CeYAl2O3) and characterize the …

Materiais cerâmicos têm despertado cada vez mais o interesse dos pesquisadores em
estudos para sua utilização em implantes dentários osseointegrados. O desenvolvimento …

Abstract 3 mol% yttria‐stabilized tetragonal zirconia polycrystals (3Y‐TZP)/TiSi2 composites
reinforced with aluminum oxide (Al2O3) were synthesized by vacuum sintering. This case …

Ceramic composites based on Ce-TZP/Al2O3/H6A were sintered in order to promote grain
growth and to study the effects of ZrO2 grain size on the properties of this material. A mixture …

This work aimed to evaluate the fatigue limit of the zirconia ceramic composite stabilized
with yttria and ceria reinforced with alumina platelets (ZrO 2 CeYAl 2 O 3) and characterize …