Purpose: As polymerization shrinkage is compensated by flow of the composite, several
attempts have been performed for relief of the contraction stresses. The aim of this in vitro …

Objective. Due to polymerisation shrinkage of resin-based composites, a high configuration
factor in deep Class I cavities leads to a certain amount of stress when the material is …

OBJECTIVES: The purpose of this work was to investigate the effects of layering techniques
in resin composite restorations on the micro-tensile bond strength to the dentin of the …

Purpose: The aims of this study were (1) to evaluate the effect of a resin coating on the
microtensile bond strengths (μ‐TBSs) of indirect composite restorations bonded to dentin …

Purpose: To evaluate the role of adhesive composition (solvent and filler content) on
rnicrotensile bond strength (µTBS) to human dentin. Materials and Methods: 15 third molars …

This study evaluated the effect of flowable composite resin application on the microtensile
bond strength (muTBS) of adhesive systems to dentin. Occlusal surfaces of human third …

This study evaluated the effect of C-factor on the bond strength of a resin composite to floor
and wall dentin using two adhesive systems. Box-form cavities were prepared on human …

During polymerization of resin composites, shrinkage stresses compete with resin-dentin
bonds in a manner that can cause failure of the bond, depending upon the configuration of …

OBJECTIVES: This study evaluated the marginal adaptation of composite indirect
restorations bonded with dual curing resin cement after different strategies to seal dentin …

Purpose: To investigate the effect of polymerization stress and insertion technique on dentin
micropermeability of composites placed under pulpal pressure. Materials and Methods: One …