A recent 3-year randomized controlled trial (RCT) of tooth supported three- to five-unit zirconia-ceramic and metal-ceramic posterior fixed dental prostheses (FDPs) revealed that veneer chipping and fracture in zirconia-ceramic systems occurred more frequently than those in metal-ceramic systems [1]. This study seeks to elucidate the underlying mechanisms responsible for the fracture phenomena observed in this RCT using a descriptive fractographic analysi
Purpose: The aim of this review was to systematically evaluate and compare the frequency of veneer c...
Background Surface treatments and irregularities in the surfaces may affect the fracture of ceramics...
Due to the brittleness and limited tensile strength of the veneering glass-ceramic materials, the me...
Fractographic analysis of clinically failed dental ceramics can provide insights as to the failure o...
Three cases of trilayered fixed dental prostheses fractured in vivo are fractographically analyzed t...
Fractures during clinical function have been reported as the major concern associated with all-ceram...
Fractographic analyses are performed in two fixed dental prosthetic reconstructions made of ZrO2 fra...
The continuous increase in the demand for highly aesthetic and natural-appearing dental restorations...
AbstractFractographic analyses are performed in two fixed dental prosthetic reconstructions made of ...
This study analyzed the shear strength and fracture characteristics of the interface between zirconi...
This study analyzed the shear strength and fracture characteristics of the interface between zirconi...
Objectives The aim of this retrieval study was to analyze the fracture features and identify the fra...
Objectives: To observe porcelain veneer behavior of zirconia and metal-ceramic full coverage crowns ...
The aim of the present pilot study was to test whether or not posterior zirconia-ceramic fixed denta...
AbstractHere we describe the fractographic analysis of a veneer-ZrO2 single-unit dental prosthesis t...
Purpose: The aim of this review was to systematically evaluate and compare the frequency of veneer c...
Background Surface treatments and irregularities in the surfaces may affect the fracture of ceramics...
Due to the brittleness and limited tensile strength of the veneering glass-ceramic materials, the me...
Fractographic analysis of clinically failed dental ceramics can provide insights as to the failure o...
Three cases of trilayered fixed dental prostheses fractured in vivo are fractographically analyzed t...
Fractures during clinical function have been reported as the major concern associated with all-ceram...
Fractographic analyses are performed in two fixed dental prosthetic reconstructions made of ZrO2 fra...
The continuous increase in the demand for highly aesthetic and natural-appearing dental restorations...
AbstractFractographic analyses are performed in two fixed dental prosthetic reconstructions made of ...
This study analyzed the shear strength and fracture characteristics of the interface between zirconi...
This study analyzed the shear strength and fracture characteristics of the interface between zirconi...
Objectives The aim of this retrieval study was to analyze the fracture features and identify the fra...
Objectives: To observe porcelain veneer behavior of zirconia and metal-ceramic full coverage crowns ...
The aim of the present pilot study was to test whether or not posterior zirconia-ceramic fixed denta...
AbstractHere we describe the fractographic analysis of a veneer-ZrO2 single-unit dental prosthesis t...
Purpose: The aim of this review was to systematically evaluate and compare the frequency of veneer c...
Background Surface treatments and irregularities in the surfaces may affect the fracture of ceramics...
Due to the brittleness and limited tensile strength of the veneering glass-ceramic materials, the me...