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(1) The glass transition temperature of the compressed sample (evaluated from dynamic mechanical analysis) increased with draw.
In addition, the storage modulus determined by dynamic mechanical analysis increased 17%and80%0% at 50 °C and 100 °C, respectively.
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The glass transition temperature (Tg) and storage modulus (E′), characterized by dynamic mechanical analysis (DMA), increased significantly in both copolymer systems with the addition of cross-linking agents.
The dynamic mechanical analysis showed the increasing mechanical properties with temperature dependence of nanocomposites.
As expected, mechanical properties, e.g., the temperature of the tan δ peak in dynamic mechanical analysis, were found to increase with increasing crosslink density.
Dynamic mechanical analysis revealed an increase in the storage moduli, hence in the rigidity of the systems, with increasing SWCNT content.
Dynamic mechanical analysis showed dual increase of storage modulus and loss modulus with different draw ratios.
Dynamic mechanical analysis revealed an increase in the storage modulus of the treated composites compared to untreated ones.
The dynamic mechanical analysis reveals an increase in storage modulus of PP matrix in the nanocomposites for 30% over a temperature range, indicating an increase in the stiffness of the material with the addition of organically modified clay.
Dynamic mechanical analysis revealed an increase in Tg of the nanocomposites relative to the neat PA-6 and the optimized PA-6/LDPE-g-MA blend matrix indicating the reinforcement effects/mechanical restrictions imposed by the nanoclay layers to the polymer chain mobility.
Dynamic mechanical analysis (DMA) indicates that increasing the acid concentration or decreasing the water content results in a higher glass transition temperature for the organic component in the hybrid materials, whereas the modulus does not change significantly.
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