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The residual stress, the hardness and reduced modulus are increased with percentage of hard-layer thickness.
On addition of 1.0 wt% graphene, the tensile strength and tensile modulus are increased by 178% and 139%, respectively.
For 10 wt% CF/GF/PDMS composite, the tensile strength and Young's modulus are increased by 52%and71%1% respectively compared with GF/PDMS composite.
At ∼39.1 wt% SWCNTs, compared with those of the neat epoxy, the tensile strength and Young's modulus are increased by 183% and 408%, respectively.
With the hybrid incorporation, the fiber content decreases from 53 to 50 vol.%, but the flexural strength and modulus are increased by 46%and14%4% respectively, relative to the composite without the hybrid but with densification.
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The value of Young's modulus is increased by the same proportion.
With GO-g-PCL and AGO-g-PCL, the modulus was increased by 76% and 71%, respectively.
In all the composites, the peak stress, toughness and modulus were increased with strain rate.
In graphene composite with 2.5 wt% additive content, the tensile modulus was increased by 1.95 times that of pure polymer.
Due to the embedding of particles both the hardness and Young's modulus were increased.
Carreno-Morelli et al. [13] showed that the Young's modulus was increased by 9% in CNT/Mg composites with addition of 2 wt.
More suggestions(15)
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