This article explores the properties of composite materials employed in dental fillings. A
traditional nano-hybrid composite containing nanofiller particles exceeding 82% by weight …

The objective of this work was to determine the influence of thermal stresses on the
functional properties of model polymer-ceramic nanohybrid dental composites. Worldwide …

The subject of the research is a polymer composite with a matrix base of epoxy resin L285
cured with H285 hardener, and a physical modifier of friction in the form of alundum. The …

Dental practice today used a lot of different materials. This paper evaluates tribological and
mechanical properties of two dental materials CeramX and I-Light. Tribological analysisad of …

This study investigates the effect of smokeless tobacco on the tribological properties of two
commercially used dental composite materials: Tetric N-Ceram and Z350 Dentin shade. It is …

This study evaluates the effect of aging in artificial saliva and thermal shocks on the
microhardness of the bulk-fill composite compared to the nanohybrid composite. Two …

Purpose: The aim of this study was to investigate wear and friction behaviour of tooth
enamel against selected dental restorative materials. Methods: The experimental material …

The study of friction, wear, and lubrication through contact mode in living organisms is
known as bio-tribology. In a human body, the tribological motion takes place especially …

The purpose of this work was to determine the influence of dental materials used as
permanent fillings on the mechanical properties of the tooth enamel surface layer subjected …

The point of this examination was to research the impact of chewing tobacco on the
tribological properties of commercially used Z350 Translucent shade dental nano-composite …