Objective To use a compliance-variable instrument to simultaneously measure and compare
the polymerization stress (PS) evolution, degree of conversion (DC), and exotherm of a bulk …

Objective: Testing the influence of various restorative materials (conventional or bulkfill
composites) and filling techniques (single-or multi-layered techniques) on the in vitro …

Polymer blending is a versatile method for production of co-continuous porous materials.
While numerous studies have been performed to elucidate the thermal annealing effects on …

Some aspects of the viscoelastic behavior of resin‐based filling materials have been studied
by the use of a bending test. The specimens, designed as cantilever beams, were loaded for …

Objective The aim of the study was to offer a comparative perspective on the mechanical
and viscoelastic behavior of currently developed materials for simplified restoration …

Purpose To evaluate the mechanical properties of two brands of bulk-fill resin composites
placed in a single increment up to 4 mm thickness via a novel mechanical strength test and …

Objective To investigate the impact of storage up to one year on the micro-mechanical
properties of dental bioactive restoratives (R) used for bulk-application and their …

Objectives The aim of this study was to determine the Weibull and slow crack growth (SCG)
parameters of bulk-fill resin based composites. The strength degradation over time of the …

Background Bulk‐fill materials can facilitate the restorative procedure mainly for deep and
wide posterior cavities. The purpose of this study was to evaluate flexural strength (biaxial …

The compressive mechanical properties of four prosthetic liner materials (urethane, two
silicones, and a thermoplastic elastomer) were compared to human muscle as a function of …