Cue locations were arranged on imaginary circles around a central fixation cross (size: 0.5° of visual angle) at a radius of 8° (4 positions) and 12° (8 positions).
If a cell was not completely located within a slice, it was counted only if the maximum soma diameter was contained in the slice (judged by either a successive increase and a decrease of the cross section size or by a constant cross section size for at least 3 successive optical sections).
Figure 5 shows a linear increase in cluster cross-section size with cluster size.
Members with three different cross-sectional sizes, utilising Grade S460 steel, were employed in the tests.
The cyclic tests included assessment of bracing specimens with various member lengths and cross-section sizes.
Analytical formulations defining the sensitivity of nodal displacements to modifications in member cross-section sizes are derived.
A total of 43 beams having ten cross-section sizes with different hole diameters were tested under four-point bending.
When the casting speed and heat flux are constant, decrease of cross section size decreases the solidification length.
In each group, the specimens consisted of different cross-sectional sizes but the same theoretical lateral confining pressure.
A parametric study is presented, using validated finite element models from the companion paper, that investigates the effect of web hole and cross-section sizes.
