Sentence examples for mechanical strength differences from inspiring English sources

This study presents the preliminary investigation for the microstructural characteristics of the alkali-activated fly ashes, synthesized using six different Korean Class F fly ashes, to address the large mechanical strength differences between the activated ashes using compressive strength testing, XRF, XRD, and SEM/EDS (YAG BSE, SE and elemental mapping).

The difference in mechanical strength between proteins containing different secondary structural elements is thought to arise as a consequence of the localised nature of force application.

Due to the complicated structures of fault zones and the differences in mechanical strength contrast across the decollement, overriding wedge, and underthrust material, the development of phyllosilicate-rich fault rocks may occur heterogeneously.

In the dynamic creep tests, at 50 130 °C, the cores flooded with seawater were significantly weaker than cores flooded with seawater without sulfate, but the difference in mechanical strength decreased as the temperature decreased.

However, the difference between the mechanical strength of those two products is considerably small.

Our results showed a significant difference in bone mechanical strength, estimated by the ultimate stress, between elderly men and women (mean age of 81 years-old for both genders) who had experienced a hip fragility fracture.

This intrinsic difference results in less mechanical strength of CNF compared to CNT [ 18], as also observed in our study, since the CNF were more susceptible to breaking during the sonication process.

The ultimate stress that evaluates the mechanical strength was the mechanical parameter that exhibited more significant differences (p = 0.005).

Comparison of mechanical strength of several Ag based multilayers reveals that this drastic difference may arise from chemical stress due to the difference in stacking fault energy of the layer constituents.

To determine whether the differences in the microstructural properties influenced the mechanical strength of the bone, we performed a three-point bending test on the femurs of wild-type and Id1−/− mice.

We analyzed these changes with respect to the differences in porosity, specific surface, pore stiffness, wettability, mineralogy and mechanical strength.