Add to ORKGSurface morphology and wear characteristics of five dental composites subjected to accelerated aging were investigated. Aging conditions caused degradation of the surface as evidenced by the formation of microcracks and the exposure and loss of filler particles. Wear parameters such as track width, transition load and mode of surface failure caused by single-pass sliding were influenced by aging and by the composition of the composite. 1
Over time dental composites age due to mechanical impacts such as chewing and chemical impacts such ...
Wear of dental materials used for permanent dental fillings has a significant impact on their lifeti...
Dental composite materials (CM) are widely used in dentistry for restorations. The aim of this study...
Surface morphology and wear characteristics of five dental composites subjected to accelerated aging...
Wear characteristics of aged and unaged composite restorative materials were compared using single-p...
Aim. The purpose of this in vitro study was to determine the effect of thermally accelerated aging o...
Use of dental resin composites in restorative dentistry has increased significantly in recent years....
The aim of current in vitro research was to determine the effect of hydrothermal accelerated aging o...
With easy-to-process 3D printing materials and fast production, the quality of dental services can b...
The purpose of this study was to evaluate the abrasive wear and surface roughness of 20 currently av...
Little is known about the wear rate of enamel and dentin opposing resin composite following restorat...
A long-term study was performed on the abrasion of dental composites stored in different solutions f...
Dental resin composites have become an integral part of modern dentistry and used worldwide to resto...
Resin composites were first introduced as anterior restorative materials, but are more and more used...
Wear of dental materials used for permanent dental fillings has a significant impact on their lifeti...
Over time dental composites age due to mechanical impacts such as chewing and chemical impacts such ...
Wear of dental materials used for permanent dental fillings has a significant impact on their lifeti...
Dental composite materials (CM) are widely used in dentistry for restorations. The aim of this study...
Surface morphology and wear characteristics of five dental composites subjected to accelerated aging...
Wear characteristics of aged and unaged composite restorative materials were compared using single-p...
Aim. The purpose of this in vitro study was to determine the effect of thermally accelerated aging o...
Use of dental resin composites in restorative dentistry has increased significantly in recent years....
The aim of current in vitro research was to determine the effect of hydrothermal accelerated aging o...
With easy-to-process 3D printing materials and fast production, the quality of dental services can b...
The purpose of this study was to evaluate the abrasive wear and surface roughness of 20 currently av...
Little is known about the wear rate of enamel and dentin opposing resin composite following restorat...
A long-term study was performed on the abrasion of dental composites stored in different solutions f...
Dental resin composites have become an integral part of modern dentistry and used worldwide to resto...
Resin composites were first introduced as anterior restorative materials, but are more and more used...
Wear of dental materials used for permanent dental fillings has a significant impact on their lifeti...
Over time dental composites age due to mechanical impacts such as chewing and chemical impacts such ...
Wear of dental materials used for permanent dental fillings has a significant impact on their lifeti...
Dental composite materials (CM) are widely used in dentistry for restorations. The aim of this study...