Exact(4)
(3) A comparison of the B-2 and B-2-H specimens indicates that the connection reinforcement used in standard hook construction details can lead to a slightly high strain distribution.
The analysis of the arsenic content of specimens indicates that the growth mechanisms of incipient and major pores involve mainly field-assisted dissolution and field-assisted flow of the alumina, respectively.
The fractographic analysis of the specimens indicates that the final fatigue fracture could be due either to the joint action of a large number of cracks, which propagate from the substrate coating interface, or to a single dominant fatigue crack, depending on the maximum alternating stress applied to the coated system.
A crude estimate of the strength of the deposits, assuming the validity of a simple law of mixtures for the description of the yield strength of the coated specimens, indicates that the strength of films varies between approximately 22.5 and 34.6 GPa, with the apparent trend to achieve higher values as the nitrogen content of the compound increases.
Similar(56)
Observations of the failed specimens indicated that failure occurred at the composite/bone interface, whereas the composite remained well bonded to the screws.
Comparisons with other birdlike dinosaur specimens indicated that the bone structure of this Archaeopteryx was not abnormal.
The measured maximum loads (268.5, 266.6 and 270.5 kN) exceeded 100% (260 kN) of the MUTS for all specimens, indicating that the load-carrying capacity has been confirmed.
In vitro cell studies showed that cells exhibit normal morphologies and spread well on the scaffold specimens, indicating that the glass ceramics were biocompatible.
The analysis of the core specimens indicated that the Impact Abrasion method had a low within-test coefficient of variation and was able to differentiate among mixtures.
Strength tests on polished specimens indicate that the highest mean strength is achieved in the fine-grain, equiaxed material with little or no T-curve.
Test results of the four control heated specimens indicate that the maximum axial resistance and stiffness were reduced by 14.4 and 17.4%, respectively as the exposure duration increased from 2 to 3 h.
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