No significant differences in the equilibrium modulus were seen when comparing regions or the hemijoint.
Furthermore, a synergistic effect on storage modulus was seen in the nanocomposite/PVC blends.
But, tensile strength and Young's modulus were seen to be independent of CNT particle length.
The compaction temperature required to achieve the maximum tensile modulus was seen to increase with increasing draw ratio.
In the glassy state, the storage modulus was seen to effectively decrease as clay loading increased, whereas the opposite was true for the loss modulus and tan delta.
The coated fibre mechanical properties (tensile strength and modulus) were seen to decrease with increased magnesium coating time.
It is shown that, in comparison to the freeze thaw conditions, sustained exposure to −15°F conditions has a much lower effect on all properties except modulus which is seen to increase due to matrix hardening and transition of material response to a predominantly brittle regime.
The effect of the application temperature on the elastic modulus of thin polymer films is seen from the plots of Figure 5, showing the ratio δ/h* as a function of temperature.
It is seen that flexural modulus decreases with increasing percentage of S-2 glass fibres.
