Add to ORKGsity form gen udie is o th f nifi! m # 2005 Elsevier Ltd and Techna Group S.r.l. All rights reserved. hystersis and shear-type mechanism [10]. The martensitic start strength and hardness [14]. However, the reduction in Young’s compressive stress on the ZrO2 when quenched to room Ceramics International xxx (temperature. Therefore, the thermo-mechanical properties of composite material are mainly attributed by the dispersed phase content and grain size.Hence, optimization of amount and size of zirconia on thermo-mechanical properties of nano-ZTA areexisting m-ZrO2 grains (microcrack formation) [5–7]. Thus
The comparatively low sintering temperature allows very fine grained (sub-micron), dense and so high...
The objectives for the thesis were to generate tough ceramics utiising the toughening mechanisms in...
The tensile mechanical behavior of tetragonal zirconia micro/nano-fibers and beams was studied with ...
Zirconium oxide (zirconia, ZrO2) is one of the essential structural ceramics for industrial applicat...
Analyses are presented to evaluate two microcrack toughening situations in Zr_O2-based ceramics. Th...
Zirconia-based cast refractories are widely used for glass furnace applications. Since they have to ...
The addition of a ZrO/sub 2/ dispersion can significantly enhance the toughness of a ceramic matrix ...
The deformation strain rate of nanocrystalline Y-TZP shows an increase by a factor 4 if the grain si...
The term nanoceramics is well known in the ceramic field for at least two decades. Even though there...
Transformation toughening, based on the martensitic T-ZrO2 → M-ZrO2 phase transformation, causes the...
The fracture toughness, Ric of two 3Y-ZrO2 with different grain size (177 and 330 nm) and 12Ce-ZrO2 ...
Al2O3-ZrO2 composites were prepared in two compositional ranges, 15 wt% ZrO2 and 29 wt% ZrO2 with or...
This work evaluates the effects of grain growth and tetragonality of the t-ZrO2 phase on the mechani...
During a heating–cooling cycle, zirconia (ZrO2) undergoes a martensitic transformation from monoclin...
Size effect is the most attractive problem in nanocrystalline materials as soon as it directly answe...
The comparatively low sintering temperature allows very fine grained (sub-micron), dense and so high...
The objectives for the thesis were to generate tough ceramics utiising the toughening mechanisms in...
The tensile mechanical behavior of tetragonal zirconia micro/nano-fibers and beams was studied with ...
Zirconium oxide (zirconia, ZrO2) is one of the essential structural ceramics for industrial applicat...
Analyses are presented to evaluate two microcrack toughening situations in Zr_O2-based ceramics. Th...
Zirconia-based cast refractories are widely used for glass furnace applications. Since they have to ...
The addition of a ZrO/sub 2/ dispersion can significantly enhance the toughness of a ceramic matrix ...
The deformation strain rate of nanocrystalline Y-TZP shows an increase by a factor 4 if the grain si...
The term nanoceramics is well known in the ceramic field for at least two decades. Even though there...
Transformation toughening, based on the martensitic T-ZrO2 → M-ZrO2 phase transformation, causes the...
The fracture toughness, Ric of two 3Y-ZrO2 with different grain size (177 and 330 nm) and 12Ce-ZrO2 ...
Al2O3-ZrO2 composites were prepared in two compositional ranges, 15 wt% ZrO2 and 29 wt% ZrO2 with or...
This work evaluates the effects of grain growth and tetragonality of the t-ZrO2 phase on the mechani...
During a heating–cooling cycle, zirconia (ZrO2) undergoes a martensitic transformation from monoclin...
Size effect is the most attractive problem in nanocrystalline materials as soon as it directly answe...
The comparatively low sintering temperature allows very fine grained (sub-micron), dense and so high...
The objectives for the thesis were to generate tough ceramics utiising the toughening mechanisms in...
The tensile mechanical behavior of tetragonal zirconia micro/nano-fibers and beams was studied with ...