Exact(1)
Open image in new window Fig. 10 The deformation of the bars after bar dowel action (specimen WBS-8).
Similar(59)
The force measurements showed that the initiated impulse (superior force sensor) was higher than the diverted impulse (inferior force sensor), representing a damping action by the specimen.
Test results indicated that specimens experiencing bar fracture failure patterns collapsed prior to the formation of the catenary action, but those specimens with the pull-out failure pattern showed clear evidence of catenary behaviour.
Laboratory tests have shown a reasonable degree of composite action in beam specimens.
In addition, the existence of the slab led to an over-reinforced damage in the compressive zones of the beam ends, which accelerated the bending failure and the presence of the catenary action of the specimens.
Further, the failure mechanism is controlled by the combined shear and flexural action in the SFRC specimen with 1.5% fiber content.
A clear laser threshold behavior at ~45 mW confirmed the lasing action in the bone specimen.
We first confirmed coherent random lasing action from the bone specimen infiltrated with the laser dye before applying any loading.
It was found that the SCC specimens showed similar reserved shear resisting strength by the arch action compared to NC specimens.
The results show that in situ Al3Ti particles were moved to the bottom of specimen under the action of ultrasonic wave.
For all deep beams, flexural cracks in the mid span region within the range of 13 17 % of the ultimate load did not penetrate into the compression zone and stopped at a certain distance from the top of each specimen, since arch action developed at an early load stage in the deep beam, which corresponds to the experimental results by Omeman et al. (2008).
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