Luis Alexandre Maffei Sartini Paulillo

• Abstract

  Resin materials when presented in the oral environment have reduced their mechanical properties and probably in vivo durability. To evaluate these properties, the use of in vitro mechanical tests are conducted in order to approximate the experimental conditions to clinical reality. Thus, the aim of this project is to evaluate the unified resin materials after different thermomechanical ag…

  Influence of thermal-mechanical aging on resin materials physical properties, AP.R
• Resin luting systems: nanoleakage, microhardness and microshear bond shear, AP.R

• Abstract

  The purpose of this study is to investigate the interaction between "all-in-one" self-etching adhesive systems and resin cements used to cement glass fiber posts. The tensile strength and Knoop hardness will be determined. Sixty bovine teeth will be selected and stored in sodium chloride 0,9% during all the experiment. The teeth will be sectioned perpendicular to their long axis with a l…

  Evaluation of the interaction between adhesive systems and resin cements on tensile strength and Knoop hardness, AP.R

(Only some records are available in English at this moment)

• Abstract

  The resin cements are vital for fixing laminates, the color stability and bond strength of these cements are important to achieve a successful clinical outcome. The aim of this study "in vitro" was to evaluate the physical properties of resin cements and flowable composite used in luting veneers enamel, through the evaluation of color stability and bond strength after artificial aging, an…

  Evaluation of color stability, degree of conversion and bond strength of luting systems after artificial aging, BP.DR
• Evaluation of light source and superficial treatment of cavosuperficial enamel on microtensile bond strength, Knoop microhardness and gap formation of self-etch adhesive sistems, BP.MS