The actual load may have slightly differed from this target value for a brief instant, but we nevertheless assumed that, for the greater part of the measurement, the load was fairly controlled and the change in the mechanical impedance of the skin was minor, which allows us to statistically discuss the amplitudes of skin deformation in the frequency domain.
The data is analyzed statistically and discussed.
Finally, scanning electron micrographs of the AM1 superalloy are statistically analyzed and discussed in light of the calculations.
The effects of near-fault pulse-like ground motions, period normalization, earthquake magnitude, rupture distance, peak ground velocity (PGV), maximum incremental velocity (MIV), structural degrading behavior and ultimate ductility factor μu are evaluated and discussed statistically.
The influences of period of vibration, levels of damage, site conditions, earthquake magnitude, rupture distance, post-yield stiffness, stiffness degradation, strength deterioration, parameter β and ultimate ductility factor μu in damage index model are evaluated and discussed statistically.
Moreover, our model includes a linear trend term which is statistically significant, as discussed in Sect.
The three statistically significant variables discussed above were included in the initial model; service type (CMM/RAC), Charlson score (≤5/6-15 ≤5/6-15oL (<0.37/≥0.37).
A possible way of analyzing such distributions in bubble size, statistically, is proposed and discussed.
Some of these tests used controversial protocols which are discussed and statistically significant results that were considered as not being biologically meaningful by regulatory authorities, thus raising the question of their interpretations.
