Finally, it was shown that both thermotolerant fungi and thermophilic actinomycetes can serve as indicator organisms.
Finally, it was shown that a power output density of 9.9 W/m2 can be achieved using the alumina nanopores.
Finally, it was shown that not only the shell surface, but also the bore surface could be successfully micro-structured.
Finally, it was shown that direct use of micromechanics equations for short fibers will overestimate the stiffness.
Finally it was shown that the addition of fMWCNTs improves Young's modulus and strength without losing deformation.
Finally, it was shown that, implemented efficient intelligent techniques in this paper are remarkably appropriate for machining of Inconel718.
Then, the actuator coupling was considered, and finally, it was shown how the controllers reduce the three coupled modes in the whole system.
Finally, it was shown that the nanocomposite is highly stable and can be used repeatedly without obvious deactivation under the light irradiation.
Finally, it was shown in the inclined load case that the variability of the ultimate bearing capacity decreases with the increase of the footing load inclination.
Finally, it was shown that the fuzzy classification takes into account of the measurements incertitude to compute the stability limit or stability lobes of the process.
Finally, it was shown that the addition of nanotubes has no significant influence on the relaxation mechanisms of the PA6 matrix.
