Journal of Dental Research · 1986 · 155 citations · 9 references
Materials ScienceDental CompositesEngineeringMechanical EngineeringDental BiomechanicsComposite TechnologyLight CuringFundamental PeriodContinuous-fibre CompositeNew ProcedureThermoplastic CompositeStructural MechanicsMechanics Of MaterialsFiber-reinforced Composite
The non-destructive determination of Young's modulus of dental composites by means of the fundamental period was found to be reliable and accurate. Post-polymerization effects could clearly be detected. Exponential regression analysis showed a correlation coefficient of 0.92, after logarithmic transformation, with volumetric filler content. The high accuracy and reliability of the measurements themselves are reflected in low standard deviations. The results are in excellent agreement with those of other investigations. Furthermore, the ease and speed of operation make this new procedure a powerful laboratory tool for material-testing and practical large-scale investigations.
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Elastic Properties of Dental Resin Restorative Materials
Wayne T. Nakayama, David Hall, Dale E. Grenoble et al. · Journal of Dental Research · 1974 · 74 citations