Add to ORKGDurability of alumina ceramics when used as die material in compressive loading varies widely. The compressive strength of various alumina ceramics was therefore determined as a function of temperature. The results are discussed in terms of the microstructure and fracture morphology. The (hot-pressing) durability of the materials does not correlate at all with the compressive strength data obtained. Instead, this property seems to be determined entirely by the homogeneity and lack of flaws in the ceramic
The fracture toughness test was performed at room temperature on sets of 5 ceramic samples made from...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Civil Engineering, 1989.Title as it...
The mechanical responses of the comminuted ceramic under impact is important in understanding penetr...
Durability of alumina ceramics when used as die material in compressive loading varies widely. The c...
In this paper an attempt is made to review the mechanical properties that can currently be achieved ...
The behaviour of some commercial tool carbides and turbine ceramics has been investigated in regard ...
The behavior of aluminum oxide under compressive loading is investigated over a wide range in strain...
The mechanical and physical properties of engineering alumina ceramics (≥ 80% Al2O3) have been revie...
International audienceDifferent alumina materials were elaborated in order to vary microstructural p...
An understanding of the deformation and fracture behaviour of ceramic materials is of considerable i...
Refractory structural elements used in the lining work of refractory are exposed to a more complex s...
Background/purpose: With the technology of dental prostheses and materials progress, the bond durabi...
The densification and mechanical properties of alumina ceramics were investigated via two-step sinte...
For development of structural ceramics e.g., alumina for high strain rate resistant applications, it...
Finite element techniques were used to study the densification behavior and residual stress developm...
The fracture toughness test was performed at room temperature on sets of 5 ceramic samples made from...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Civil Engineering, 1989.Title as it...
The mechanical responses of the comminuted ceramic under impact is important in understanding penetr...
Durability of alumina ceramics when used as die material in compressive loading varies widely. The c...
In this paper an attempt is made to review the mechanical properties that can currently be achieved ...
The behaviour of some commercial tool carbides and turbine ceramics has been investigated in regard ...
The behavior of aluminum oxide under compressive loading is investigated over a wide range in strain...
The mechanical and physical properties of engineering alumina ceramics (≥ 80% Al2O3) have been revie...
International audienceDifferent alumina materials were elaborated in order to vary microstructural p...
An understanding of the deformation and fracture behaviour of ceramic materials is of considerable i...
Refractory structural elements used in the lining work of refractory are exposed to a more complex s...
Background/purpose: With the technology of dental prostheses and materials progress, the bond durabi...
The densification and mechanical properties of alumina ceramics were investigated via two-step sinte...
For development of structural ceramics e.g., alumina for high strain rate resistant applications, it...
Finite element techniques were used to study the densification behavior and residual stress developm...
The fracture toughness test was performed at room temperature on sets of 5 ceramic samples made from...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Civil Engineering, 1989.Title as it...
The mechanical responses of the comminuted ceramic under impact is important in understanding penetr...