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Dynamic mechanical analysis show higher storage modulus and low loss modulus for 2.5 4 wt% clay loading.
The results from dynamic mechanical analysis show that gelation is observed before vitrification at all temperatures where it can be rheologically defined.
The results of the mechanical analysis show that TF structures can safely withstand the reference operational scenarios, and the fatigue life can be assumed to be infinite based on the results of this fatigue assessment.
Differential scanning calorimetry and dynamic mechanical analysis show that the glass transition temperatures of the polyhedral oligomeric silsesquioxane (POSS) containing nanocomposites are higher than the corresponding neat epoxy systems at lower concentrations of POSS (⩽3 wt.%).
D.s.c. and dynamic mechanical analysis show that both substituents are effective in lowering the crystal melting and low-temperature crystal-crystal transitions with respect to the diethylsiloxane homopolymer, and ultimately lead to non-crystalline copolymers.
Thermal transitions measured by differential scanning calorimetry and dynamic mechanical analysis show, for the first time, the peculiar characteristics of these copolymers, which present two relaxations, α and β corresponding to the glass transition of polystyrene and the relaxation of the elastomeric block, respectively.
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Dynamic mechanical analysis showed enhancement in thermomechanical properties.
Dynamic mechanical analysis showed the storage modulus (G′) of the hydrogel reached to ∼4000 Pa.
The dynamic mechanical analysis showed the increasing mechanical properties with temperature dependence of nanocomposites.
Dynamic mechanical analysis showed that the glass-transition temperature (Tg) are in the range of 315 400 °C.
Dynamic mechanical analysis showed that the PP matrix contains a small amount of rubber.
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