Two different particle rheology models are tested in combination with two different values of the maximum particle volume fraction.
In particular, the root mean square (RMS) values of the maximum peeling stress under different loading conditions are calculated and compared.
The bioanodes formed at − 0.2, 0.0 and 0.2 V/SCE showed similar ratios of Marinobacter and Desulfuromonas spp. and higher values of the maximum current density.
Significant reductions in absolute values of the maximum, minimum and mean values of strain fields in the optimized structures are observed.
However, the experimental values of the maximum magnetic energy product of nanocomposite bulk magnets have been much less than the theoretically predicted ones.
Values of the maximum allied convective coefficients hmix,max/B attained at the correlative optimal molar gas compositions wopt are easily extracted from suitable design charts.
Soot formation processes are found to increase with the oxygen index, leading to higher values of the maximum soot volume fraction and the peak integrated soot volume fraction.
It is desired to estimate the values of the maximum bending stress developed in the conductors and in related fittings due to aeolian vibrations.
This hybrid method incorporates predefined values of the maximum story drift and local ductility to a target roof displacement and then determines the appropriate behavior (strength reduction) factor for limiting the roof displacement ductility.
The structural reliability is related to the lateral deformation capacity under strong winds, and quantified by the probability of exceeding threshold values of the maximum inter-storey drift ratio.
The results of the thermal stress analysis reveal the values of the maximum von Mises stress in the finite element models, at the interface between the interposer and the microgyroscope, and in the microgyroscope spring.
