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- 3D Printed crown materials;Ceramics;Fatigue of dental crown;IPS E.max CAD;Sprintray Ceramic Crown;Wear of dental crowns (1)
- Artificial Caries;bioactive materials;Resine modified glass ionomers (1)
- Curing light transmission;flowable composite;injection molding;light irradiance (1)
- Master of Dentistry (MDent) School of Dentistry (1)
- Master of Science (MS) School of Dentistry (1)
Articles 1 - 3 of 3
Full-Text Articles in Dentistry
Physical And Optical Properties Of Material Used For Injection Molding, Nadia Christine Farias Machado
Physical And Optical Properties Of Material Used For Injection Molding, Nadia Christine Farias Machado
All ETDs from UAB
Background: This project investigates the materials used in injection molding dental resin composites which involves injecting flowable composite into a clear mold. Understanding the physical and optical properties of both the resin composite and the clear mold material is crucial for successful clinical outcomes. For the clear mold material, its translucency, curing light transmission, and rigidity are vital factors. Correlations may be present between trans-lucency and curing light transmission. For the resin composite, comparing wear, hardness, translucency, radiopacity, shrinkage stress, flexural strength, and modulus will affect mate-rial performance. Finally, the depth of cure of the material will be dependent on …
Crown Fatigue Resistance And Enamel Wear Of 3d Printed Resin Compared To Lithium Disilicate, Pranit Vasant Bora
Crown Fatigue Resistance And Enamel Wear Of 3d Printed Resin Compared To Lithium Disilicate, Pranit Vasant Bora
All ETDs from UAB
Purpose: The purpose of this study is to compare the wear characteristics and fatigue resistance of two dental crown materials: SprintRay Ceramic Crown, a 3D-printed resin material, and IPS™ e.Max CAD, a lithium disilicate material. Methods: This study evaluates wear and fatigue characteristics of dental crowns made from Ceramic Crown (SprintRay) and IPS e.max CAD LT (Ivoclar). For fatigue testing, custom fatigue devices were utilized to subject the crowns to cyclic loading, simulating occlusal forces. The specimens underwent 100,000 cycle intervals until 1.5 million cycles at a load of 40N of fatigue loading, with inspections conducted for signs of debonding, …
Effect Bioactive Material Have On Tooth Demineralization, Taillk Gomes
Effect Bioactive Material Have On Tooth Demineralization, Taillk Gomes
All ETDs from UAB
The objective of this in vitro study is to compare the inhibition of demineralization of root dentin caused by the presence of different restorative materials using Vickers Hardness (HV) test (microhardness) test and polarized light microscopy (PLM).