The hollow flange beams have garnered much interest in the past due to the sections having capacities more typically associated with hot-rolled steel sections.
A careful comparison of the ground truth reconstruction to the stitched reconstruction showed that 98% bifurcations of the 3D reconstructed, tree-like neuron morphology in the ground truth had their correspondence in the stitched reconstruction (Supplement, Section 4.1), and the minor amount (2%) of missing correspondence happened at the section interfaces and was due to the sectioning process.
Due to the sections' large size, traditional transportation methods proved infeasible, so they are brought to the Jean-Luc Lagardère Plant assembly hall in Toulouse, France by specialised surface transportation, though some parts are moved by the A300-600ST Belugaircraftft used in the construction of other Airbus models.
Nuclei that were obviously damaged or overlapping were excluded from the analysis, and as two probes were used in the hybridisation, nuclei containing a single signal from both probes were also omitted to minimise error caused primarily by signal truncation due to the sectioning procedure.
Biaxial behavior of L-shaped walls differs from that of rectangular or circular columns with symmetrical solid sections, due to the unsymmetrical section geometry.
Based on the simulation study, an effective length is proposed to incorporate the effects of restraint due to the tee section and the stress variation around the opening.
The results for the uplink scenario are not presented due to the equivalencies (Section 4.3) and the similarities in the results.
"Motion of the system due to the interaction" section is the main body of the paper; the modeling of the system is presented, and metrics and quantities mentioned in this section are derived.
The results show that, due to the unsymmetrical section geometry of L-shaped walls, the contour of biaxial moment strengths is highly unsymmetrical in shape and significantly affected by the moment directions and axial loads.
The high output power and wide power tunability is due to the two-section structure which integrates a tapered SOA section.
