This study evaluated the fracture strength of teeth restored with bonded ceramic inlays and overlays compared to sound teeth. Thirty sound human maxillary premolars were assigned to 3 groups: 1- sound/unprepared (control); 2- inlays and 3- overlays. The inlay cavity design was Class II MOD preparation with an occlusal width of 1/2 of the intercuspal distance. The overlay cavity design was similar to that of the inlay group, except for buccal and palatal cusp coverage The inlay and overlay groups were restored with feldspathic porcelain bonded with adhesive cement. The specimens were subjected to a compressive load until fracture. Data were analyzed statistically by the Kruskal-Wallis test at 5% significance level. The fracture strength mean...
Purpose: To evaluate the fracture strength and the failure mode of endodontically treated teeth rest...
Purpose: To evaluate the fracture strength and the failure mode of endodontically treated teeth rest...
PURPOSE: To compare the in vitro fracture resistance and the microtensile bond strength (muTBS) of p...
This study evaluated the fracture strength of teeth restored with bonded ceramic inlays and overlays...
Fracture resistance of inlays and onlays may be influenced by the quantity of the dental structure r...
AbstractPurposeThe purpose of this study was to evaluate the fracture resistance of human maxillary ...
Fracture resistance of inlays and onlays may be influenced by the quantity of the dental structure r...
Fracture resistance of inlays and onlays may be influenced by the quantity of the dental structure r...
Fracture resistance of inlays and onlays may be influenced by the quantity of the dental structure r...
Fracture resistance of dentin-bonded inlays may be influenced by the restorative material used. The ...
Objective. The aim of this study was to assess the resistance of fracture of mesio-occlusal-distal (...
AbstractPurposeThe purpose of this study was to evaluate the fracture resistance of human maxillary ...
AbstractBackground/purposeThe purpose of this study was to determine fracture loads of human maxilla...
Purpose: To evaluate the fracture strength and the failure mode of endodontically treated teeth rest...
Purpose: To evaluate the fracture strength and the failure mode of endodontically treated teeth rest...
Purpose: To evaluate the fracture strength and the failure mode of endodontically treated teeth rest...
Purpose: To evaluate the fracture strength and the failure mode of endodontically treated teeth rest...
PURPOSE: To compare the in vitro fracture resistance and the microtensile bond strength (muTBS) of p...
This study evaluated the fracture strength of teeth restored with bonded ceramic inlays and overlays...
Fracture resistance of inlays and onlays may be influenced by the quantity of the dental structure r...
AbstractPurposeThe purpose of this study was to evaluate the fracture resistance of human maxillary ...
Fracture resistance of inlays and onlays may be influenced by the quantity of the dental structure r...
Fracture resistance of inlays and onlays may be influenced by the quantity of the dental structure r...
Fracture resistance of inlays and onlays may be influenced by the quantity of the dental structure r...
Fracture resistance of dentin-bonded inlays may be influenced by the restorative material used. The ...
Objective. The aim of this study was to assess the resistance of fracture of mesio-occlusal-distal (...
AbstractPurposeThe purpose of this study was to evaluate the fracture resistance of human maxillary ...
AbstractBackground/purposeThe purpose of this study was to determine fracture loads of human maxilla...
Purpose: To evaluate the fracture strength and the failure mode of endodontically treated teeth rest...
Purpose: To evaluate the fracture strength and the failure mode of endodontically treated teeth rest...
Purpose: To evaluate the fracture strength and the failure mode of endodontically treated teeth rest...
Purpose: To evaluate the fracture strength and the failure mode of endodontically treated teeth rest...
PURPOSE: To compare the in vitro fracture resistance and the microtensile bond strength (muTBS) of p...