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The modulus exhibited a complicated behavior due to stiffening of the 0° plies and transverse cracks.
The relative modulus exhibited a power law dependence on relative density.
The tensile modulus exhibited a synergistic effect, as the blend has a greater modulus than neat PLA or POM.
The Young's modulus exhibited a similar dependence on Cu content as nano-hardness, though no significant differences were observed with increasing annealing temperatures.
Further correlation analysis showed that Young's modulus exhibited a positive associations with GAG content in both groups, especially in patients with cartilage lesions (r = 0.785, P = 0.001).
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The cryogenic elastic modulus exhibited an increasing trend until the MMT content reached 10 wt%.
The temperature-dependent Young's modulus exhibits a monotonically decreasing trend with increasing temperature.
The modulus exhibits a tremendous increment of 350 and 520% with the addition of 4 and 8 wt.% of CNF, respectively.
The equilibrium modulus exhibits a significantly weak power dependence on the cross-linking density (estimated from the modulus at the rubbery plateau and determined by dynamic viscoelastic measurements).
For quenched crystals, the Young's modulus exhibits a pronounced anomalous increase in the range 70 230 K, simultaneously with a significant decrease of the amplitude-independent and amplitude-dependent internal friction.
Both large-strain experiments based on flow stress and small-strain dynamic mechanical analysis (DMA) using the elastic modulus exhibit a strong increase in the glass transition temperature, Tg, with increasing strain rate.
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