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Parameter studies reveal a limit to the temperature difference for safe operation of the pipeline, in the sense that for higher temperature differences a localised buckling mode has lower total energy than the straight unbuckled pipe.
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Same scenarios defined and solved for case 2. However, in contrary to the case 1, cost of a change in transportation mode had lower impact on changing multimodal routes.
The online mode had lower item completion rates in the sections on the DCE, workload, and personal and family characteristics.
For infinite cavity model without facet reflectivity, high-frequency mode always has lower mode loss than low-frequency mode.
That is to let sensors work alternatively by identifying redundant nodes in high-density networks and assigning them an off-duty operation mode that has lower energy consumption than the normal on-duty mode.
To solve this problem, one of the potential approaches is to identify redundant nodes at the sensing interface and then assign them an off-duty operation mode that has lower energy consumption than the normal on-duty mode.
In other words, a MIMO mode which has lower I-BER than the other can be chosen.
Simulation results show that the proposed scheme outperforms the HomePlug 1.0 ROBO mode and has lower computational complexity.
This lack of association may occur because quasi-ultrafine PM mass is dominated by the larger size fraction of that mode that has lower number concentrations than nanoparticles, which contribute little to mass but dominate particle numbers.
The stability of the buckled pipeline is investigated by means of an energy analysis and it is found that third-mode lateral buckling has lower energy than first-mode buckling, which means that third-mode buckling is more likely to happen in practice.
Compared to other modes, road network has lower distances, so under these cost scenarios, using a road network is costly justifiable, even with higher transportation cost.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com