In this research the effect of softwood cellulose fibers surface characteristics on mechanical properties of cellulose fibers / polypropylene composite (W.P.C) was studied. The fibers were refined to modify the surface characteristics and reach four different freeness levels (11, 14, 17 and 21 °SR). Then the fibers were mixed with polypropylene using pre-determined levels of 20% fibers and 77% polypropylene and 3% MAPP and samples were made. The results revealed that refining the fibers will change the strength of the composites. Statistical analysis should that the impact of the different freeness levels statistically influenced the strength at 99% confidence level. The highest strength levels were reached using fibers with the freeness le...
Commercial wood flour, the most common wood-derived filler for thermoplastics, is produced in a mixt...
It is evident that sugarcane/bagasse is a highly potential natural composite fiber. In this study, t...
Abstract: Cellulose has attracted much attention as potential reinforcements in green composites. In...
This study investigates the effect of maleic anhydride polypropylene (MAPP) addition as a coupling a...
Polymer matrix composites are used in most of the engineering structures today. This type of composi...
The influence of fiber lignin content and the dosage of coupling agent on the strength and physical ...
The interest for polypropylene/cellulose composites has experienced a great increase in different ap...
The final properties of composite materials are highly dependent on the residual geometrical paramet...
Abstract—Improvement of the demand for materials with improved properties leads to acquiring the ad...
Different type of fillers (wood flour, hemp, cotton fibres and recycled tetra-pack carton cellulose)...
The aim of the study was to find out the relationship between the DP and the tensile properties of d...
WOS: 000417370400002The aim of this study was to investigate some of the physical, mechanical, therm...
International audienceBecause wood–plastic composites (WPC) strength relies on fiber-matrix interact...
The objective of adding reinforcing fillers, such as natural fibers to plastics is to increase the s...
International audienceBecause wood–plastic composites (WPC) strength relies on fiber-matrix interact...
Commercial wood flour, the most common wood-derived filler for thermoplastics, is produced in a mixt...
It is evident that sugarcane/bagasse is a highly potential natural composite fiber. In this study, t...
Abstract: Cellulose has attracted much attention as potential reinforcements in green composites. In...
This study investigates the effect of maleic anhydride polypropylene (MAPP) addition as a coupling a...
Polymer matrix composites are used in most of the engineering structures today. This type of composi...
The influence of fiber lignin content and the dosage of coupling agent on the strength and physical ...
The interest for polypropylene/cellulose composites has experienced a great increase in different ap...
The final properties of composite materials are highly dependent on the residual geometrical paramet...
Abstract—Improvement of the demand for materials with improved properties leads to acquiring the ad...
Different type of fillers (wood flour, hemp, cotton fibres and recycled tetra-pack carton cellulose)...
The aim of the study was to find out the relationship between the DP and the tensile properties of d...
WOS: 000417370400002The aim of this study was to investigate some of the physical, mechanical, therm...
International audienceBecause wood–plastic composites (WPC) strength relies on fiber-matrix interact...
The objective of adding reinforcing fillers, such as natural fibers to plastics is to increase the s...
International audienceBecause wood–plastic composites (WPC) strength relies on fiber-matrix interact...
Commercial wood flour, the most common wood-derived filler for thermoplastics, is produced in a mixt...
It is evident that sugarcane/bagasse is a highly potential natural composite fiber. In this study, t...
Abstract: Cellulose has attracted much attention as potential reinforcements in green composites. In...