The use of different adhesive filling material and mass combinations to restore class II cavities under loading and shrinkage effects: a 3D-FEA
P Ausiello, S Ciaramella, A De Benedictis… - Computer methods in …, 2021 - Taylor & Francis
Computer methods in biomechanics and biomedical engineering, 2021•Taylor & Francis
Abstract 3D tooth models were virtually restored: flowable composite resin+ bulk-fill
composite (A), glass ionomer cement+ bulk-fill composite (B) or adhesive+ bulk-fill
composite (C). Polymerization shrinkage and masticatory loads were simulated. All models
exhibited the highest stress concentration at the enamel–restoration interfaces. A and C
showed similar pattern with lower magnitude in A in comparison to C. B showed lower stress
in dentine and C the highest cusps displacement. The use of glass ionomer cement or …
composite (A), glass ionomer cement+ bulk-fill composite (B) or adhesive+ bulk-fill
composite (C). Polymerization shrinkage and masticatory loads were simulated. All models
exhibited the highest stress concentration at the enamel–restoration interfaces. A and C
showed similar pattern with lower magnitude in A in comparison to C. B showed lower stress
in dentine and C the highest cusps displacement. The use of glass ionomer cement or …
Abstract
3D tooth models were virtually restored: flowable composite resin + bulk-fill composite (A), glass ionomer cement + bulk-fill composite (B) or adhesive + bulk-fill composite (C). Polymerization shrinkage and masticatory loads were simulated. All models exhibited the highest stress concentration at the enamel–restoration interfaces. A and C showed similar pattern with lower magnitude in A in comparison to C. B showed lower stress in dentine and C the highest cusps displacement. The use of glass ionomer cement or flowable composite resin in combination with a bulk-fill composite improved the biomechanical behavior of deep class II MO cavities.
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