This paper is aimed to determine the wear properties of nanosilica filled epoxy polymers and FRP composites. Woven fiberglass has been deployed as the reinforcement material. The fibers were mixed with three different percentages of nanosilica-modified epoxy resin, i.e: 5wt%; 13wt%; 25wt%, in order to fabricate the desired samples of FRP composites. The effect of nanosilica on wear properties was evaluated using dry sliding wear and slurry tests. The results show that increasing the amount of nanosilica content has reduced the amount of accumulated mass loss. It was found that the FRP laminates with 25wt% of nanosilica have the highest wear resistance. The nanosilica filled fiber reinforced polymer composites have a high potential in tribol...
The development of high performance materials based on epoxy resin finds a growing number of applica...
The addition of reinforced material (polymer and mineral fillers) to epoxy resin matrices results in...
AbstractThis paper presents the tribological behaviour of epoxy composites containing three differen...
This paper is aimed to determine the wear properties of nanosilica filled epoxy polymers and FRP com...
In this paper, the wear properties of nano-filled Glass Fibre Reinforced Polymer (GFRP) composite ar...
In this study, the influence of micro-and nano-filler contents on the tribological performance of ep...
The main aim of this thesis was to investigate influences of nanosilica particle addition to epoxy r...
The aim of this study was to fabricate BisGMA based nanosilica filled dental composites and to study...
The applications of polymer nanocomposites have been increased in fast, in technological application...
Desire to improve the efficiency of composite materials for engineering applications has led to the ...
The comparative performance of Glass-Epoxy (G-E) composite systems interfaced with graded fillers h...
This research is devoted to study the effect of different in weight percentage of Sio2 particles and...
The wear behaviour of composite materials, sliding under dry conditions against smooth steel counter...
Abstract: Due to several favorable properties in structural applications composites nowadays forms f...
Performance of new engineered material from epoxy resins with modified epoxidized natural rubber (EN...
The development of high performance materials based on epoxy resin finds a growing number of applica...
The addition of reinforced material (polymer and mineral fillers) to epoxy resin matrices results in...
AbstractThis paper presents the tribological behaviour of epoxy composites containing three differen...
This paper is aimed to determine the wear properties of nanosilica filled epoxy polymers and FRP com...
In this paper, the wear properties of nano-filled Glass Fibre Reinforced Polymer (GFRP) composite ar...
In this study, the influence of micro-and nano-filler contents on the tribological performance of ep...
The main aim of this thesis was to investigate influences of nanosilica particle addition to epoxy r...
The aim of this study was to fabricate BisGMA based nanosilica filled dental composites and to study...
The applications of polymer nanocomposites have been increased in fast, in technological application...
Desire to improve the efficiency of composite materials for engineering applications has led to the ...
The comparative performance of Glass-Epoxy (G-E) composite systems interfaced with graded fillers h...
This research is devoted to study the effect of different in weight percentage of Sio2 particles and...
The wear behaviour of composite materials, sliding under dry conditions against smooth steel counter...
Abstract: Due to several favorable properties in structural applications composites nowadays forms f...
Performance of new engineered material from epoxy resins with modified epoxidized natural rubber (EN...
The development of high performance materials based on epoxy resin finds a growing number of applica...
The addition of reinforced material (polymer and mineral fillers) to epoxy resin matrices results in...
AbstractThis paper presents the tribological behaviour of epoxy composites containing three differen...