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Bearing strength of pinned joints in woven fabric composites with small weaving angles is examined experimentally in this study.
It is verified that 3D braided composites with small braiding angle have better strength but poorer ductility than the composites with large braiding angle.
In comparison with the Mg-composites with large size Ni Mn Ga particles, the composites with small size particles would have a much stronger interfacial reactions, which was detrimental to the phase transformation and mechanical ductility of the composites.
The results show that the effective in-plane shear modulus is large for the composites with small diameter fibers, and the effective in-plane bulk modulus will not depend on the fiber size.
It is concluded that using layers with identical orientations may result in undesirable severe damage modes and small load carrying capacities in mechanically fastened joints of woven fabric composites with small weaving angles.
The fatigue results show that composites with small amounts of nanoparticles addition into the matrix have bending fatigue strength similar to the obtained for the neat glass fibre reinforced epoxy matrix composite.
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Increasing CPAM dosage increases retention of NPs within the cellulose matrix with stronger interparticle interactions and produces composites with smaller pores.
The experimental results indicate that the Al2O3 reinforcement contributed to the macroscale wear-behaviour enhancement for composites with smaller wear rates compared to pure Al.
It is shown that the strong positive size effects are predicted for the composites with smaller inclusions in the considered theories.
We found a larger electrical conductivity for CNT rubber composites with smaller pore diameter having a maximum pore volume for Buckypapers.
It can be seen from the optical transmission spectra (Figure 4) that composites with smaller ZnS loading (up to 14 wt.% of Zn) possess very high optical transparency, combined with elevated values of refraction coefficient.
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