Using the principle of virtual work, the nonlinear inelastic seismic drift responses generated by the pushover analysis can be explicitly expressed in terms of element design variables.
Numerical examples show that the proposed method generates high quality meshes as measured both in terms of element characteristics and in terms of orthogonality at the boundary and overall smoothness, when compared to other known methods.
The radiation field generated by a high energy and intensity accelerator is of concern in terms of element functionality threat, component damage, electronics reliability, and material activation, but also provides signatures that allow actual operating conditions to be monitored.
We also tried to make the sample and rewarded choice patterns as dissimilar as possible in terms of element configuration, and also deliberately tried to induce the bees to choose the wrong pattern in some experiments.
Finally, our observation that bees can adapt well to novel visual stimuli (in terms of element type and orientation) containing the same number of elements, but not to those containing a novel number of elements, indicates that element number was a salient cue.
NRVS has several advantages over traditional IR and resonance Raman spectroscopies, not least in terms of element and isotope specificity and absence of the optical selection rules, which have allowed for the resolution of ν Fe X (X = S, P, Cl, CO, CN, NO) vibrations in complicated systems.
Where typical computers are described in terms of elements borrowed from classical logical (like "AND" gates and "OR" gates), neuromorphic devices are described in terms of neurons, dendrites, and axons.
The conceptual design of each reactive distillation column was performed through the construction of reactive residue curve maps in terms of elements.
The conceptual design of the reactive distillation columns was performed through the construction of reactive residue curve maps in terms of elements.
Consequently, despite the fact that the regressed equations were different in terms of elements of the five investigated process parameters, the porosity decreased and microhardness increased with an increase in the deposition efficiency.
