ThesisThe marginal accuracy of zirconia based crowns using different veneering techniques and margin designs
ThesisThe marginal accuracy of zirconia based crowns using different veneering techniques and margin designs
ThesisEffect of three veneering techniques on the marginal accuracy and fracture resistance of zirconia base fixed restorations : In-vitro study
ThesisEffect of three veneering techniques on the marginal accuracy and fracture resistance of zirconia base fixed restorations : In-vitro study
ThesisEvaluation of marginal accuracy, fracture resistance and mode of fracture of translucent zirconia bridgesusing machinable (CAD/CAM) technique
ThesisEvaluation of marginal accuracy, fracture resistance and mode of fracture of translucent zirconia bridgesusing machinable (CAD/CAM) technique
ThesisFracture resistance and marginal accuracy of three unit zirconia bridge frameworks sintered by different techniques
ThesisFracture resistance and marginal accuracy of three unit zirconia bridge frameworks sintered by different techniques
ThesisMarginal accuracy and fracture resistance assessment of different types of suprastructure cemented to milled zirconia implant abutments
ThesisMarginal accuracy and fracture resistance assessment of different types of suprastructure cemented to milled zirconia implant abutments
ThesisMarginal adaptation and fracture resistance assessment of CAD/ CAM vs. manually milledZirconia copings
ThesisMarginal adaptation and fracture resistance assessment of CAD/ CAM vs. manually milledZirconia copings
ThesisShear bond strength and fracture resistance of zirconia based all-ceramic restorations with different veneering techniques
ThesisShear bond strength and fracture resistance of zirconia based all-ceramic restorations with different veneering techniques
ThesisAssessment of marginal accuracy of zirconia endocrown constructed with CAD/CAM and manually milling techniques
ThesisAssessment of marginal accuracy of zirconia endocrown constructed with CAD/CAM and manually milling techniques
ThesisMarginal accuracy, fracture resistance and bond strength of a new glass infiltrated ceramic material
ThesisMarginal accuracy, fracture resistance and bond strength of a new glass infiltrated ceramic material