Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/73358/1/j.1532-849X.2007.00233.x.pd
Background: Residual thermal stresses in dental porcelains can cause clinical failure. Porcelain coo...
Compared to glass, glass-ceramic (GC) is a promising structural material because of its higher fract...
The objective was to compare fracture toughness (K(Ic)), stress corrosion susceptibility coefficient...
Purpose: The purpose of this study was to test the hypothesis that the increase in fracture toughnes...
Stoichiometric K-fluorrichterite (Glass A) and the same composition with 2 mol% P2O5 added (Glass B)...
The strength and microstructure of a glass-ceramic material of the composition 53 percent SiO₂, 19 p...
Glass-ceramic (GC) is mostly produced in two steps. First, a glass is formed by a glass manufacturin...
Aim: The aim of this study was to evaluate fracture toughness by indentation method of three dental ...
The objective of this work was to evaluate biaxial-flexural-strength (σf), Vickers hardness (HV...
Fluorcanasite, a chain silicate glass ceramic, displaying a combination of high flexural strength a...
Glass-ceramics (GC) are mostly produced in two steps. First, a glass is formed by a glass manufactur...
All-ceramic dental restorations have great advantages, such as highly esthetical properties, a less ...
During the cooling of glass-ceramic materials, micro- and macroscopic stresses develop and microstru...
The design and development of glass ceramic materials provide us the unique opportunity to study the...
Mica glass ceramics were produced through controlled crystallisation of a glass in the SiO2-Al2O3 -C...
Background: Residual thermal stresses in dental porcelains can cause clinical failure. Porcelain coo...
Compared to glass, glass-ceramic (GC) is a promising structural material because of its higher fract...
The objective was to compare fracture toughness (K(Ic)), stress corrosion susceptibility coefficient...
Purpose: The purpose of this study was to test the hypothesis that the increase in fracture toughnes...
Stoichiometric K-fluorrichterite (Glass A) and the same composition with 2 mol% P2O5 added (Glass B)...
The strength and microstructure of a glass-ceramic material of the composition 53 percent SiO₂, 19 p...
Glass-ceramic (GC) is mostly produced in two steps. First, a glass is formed by a glass manufacturin...
Aim: The aim of this study was to evaluate fracture toughness by indentation method of three dental ...
The objective of this work was to evaluate biaxial-flexural-strength (σf), Vickers hardness (HV...
Fluorcanasite, a chain silicate glass ceramic, displaying a combination of high flexural strength a...
Glass-ceramics (GC) are mostly produced in two steps. First, a glass is formed by a glass manufactur...
All-ceramic dental restorations have great advantages, such as highly esthetical properties, a less ...
During the cooling of glass-ceramic materials, micro- and macroscopic stresses develop and microstru...
The design and development of glass ceramic materials provide us the unique opportunity to study the...
Mica glass ceramics were produced through controlled crystallisation of a glass in the SiO2-Al2O3 -C...
Background: Residual thermal stresses in dental porcelains can cause clinical failure. Porcelain coo...
Compared to glass, glass-ceramic (GC) is a promising structural material because of its higher fract...
The objective was to compare fracture toughness (K(Ic)), stress corrosion susceptibility coefficient...
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