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Effect of Selective Proximal Wall Thickening on the Connector Fracture Resistance in Zirconia Short Span Fixed Partial Denture (In vitro study)

Alexandria Dental Journal

Ali Hujeiry, Essam Osman, Ahmed Abd Elgelel, Yasser Aly

References:

30

Abstract
objective: to compare the effect of abutments' proximal wall thickness adjacent to the connector on the fracture resistance of a three-unit fixed partial denture framework. Materials and methods: twenty-eight FPD frameworks were divided into 4 groups according to the finish line thickness on the proximal wall adjacent to the connector (n=7): 0.4 (group I); 0.8 (group II); 1.0 (group III) and 1.2 m...
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Keywords
Thickening
Cubic zirconia
Cable gland
Fracture (geology)
Materials science
In vitro
Span (engineering)
Composite material
Chemistry
Structural engineering
Ceramic
Engineering
Biochemistry
Mechanical engineering
Polymer science
2024
Article

Open Access

Institution

Professor of Dental Biomaterials, Faculty of Dentistry, Beirut Arab University, Beirut, Lebanon, 

Conservative dentistry department,Faculty of Dentistry,Alexandria University

2-Y Citation Average

0.292

DOI

https://doi.org/10.21608/adjalexu.2023.214725.1382

Language

en

Country

Lebanon, 

Egypt

pdf file
Effect of Selective Proximal Wall Thickening on the Connector Fracture Resistance in Zirconia Short Span Fixed Partial Denture (In vitro study)
pdf file

Effect of Selective Proximal Wall Thickening on the Connector Fracture Resistance in Zirconia Short Span Fixed Partial Denture (In vitro study)

Alexandria Dental Journal

Ali Hujeiry, Essam Osman, Ahmed Abd Elgelel, Yasser Aly

References:

30

Abstract
objective: to compare the effect of abutments' proximal wall thickness adjacent to the connector on the fracture resistance of a three-unit fixed partial denture framework. Materials and methods: twenty-eight FPD frameworks were divided into 4 groups according to the finish line thickness on the proximal wall adjacent to the connector (n=7): 0.4 (group I); 0.8 (group II); 1.0 (group III) and 1.2 m...
See More
View PDF
Keywords
Thickening
Cubic zirconia
Cable gland
Fracture (geology)
Materials science
In vitro
Span (engineering)
Composite material
Chemistry
Structural engineering
Ceramic
Engineering
Biochemistry
Mechanical engineering
Polymer science
2024
Article

Open Access

Institution

Professor of Dental Biomaterials, Faculty of Dentistry, Beirut Arab University, Beirut, Lebanon, 

Conservative dentistry department,Faculty of Dentistry,Alexandria University

2-Y Citation Average

0.292

DOI

https://doi.org/10.21608/adjalexu.2023.214725.1382

Language

en

Country

Lebanon, 

Egypt

pdf file