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A platform for research: civil engineering, architecture and urbanism
Modern dental composites are designed with organic and inorganic phases. However, the significance between the nano-mechanical signatures of these constituent phases and the bulk fracture of these material systems are not well understood. The purpose of this study is twofold: (1) to characterize the organic and inorganic compositions, nano-mechanical properties, and structural features of various commercial composites using a novel statistical nanoindentation method, and (2) to understand the effect of filler-matrix signature on the macro-facture of modern dental composites.
Modern dental composites are designed with organic and inorganic phases. However, the significance between the nano-mechanical signatures of these constituent phases and the bulk fracture of these material systems are not well understood. The purpose of this study is twofold: (1) to characterize the organic and inorganic compositions, nano-mechanical properties, and structural features of various commercial composites using a novel statistical nanoindentation method, and (2) to understand the effect of filler-matrix signature on the macro-facture of modern dental composites.
Statistical Nanoindentation to Explore the Filler-Matrix Influence on Macro-Fracture of Modern Dental Composites
W. L. Yi (author)
2019
1 pages
Report
No indication
English
Composite Materials , Dental materials , Composite materials , Dental amalgams , Microstructure , Scanning electron microscopy , Bivariate analysis , Hardness , Stiffness , Modulus of elasticity , Flexural strength , Particle size , Regression analysis , Fillers , Nano-mechanical properties , Em(elastic modulus) , Nanoindenter , Thermogravimetric analysis
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