These benefits include; reducing the construction time and reducing story height, which results in more stories for the same building, as well as their flexibility in architectural remodeling.
Series creator, Paul Scheuring, explains that killing off major characters "makes the audience that much more fearful for our protagonists" and that "it actually does help us in terms of reducing story lines".
Obtained analytical results showed that closed core system in the last story has no special effects on 75%% of structure height, but it may reduce stories rotation at the last quarter of structure by about 10 20 %.
The added braced frames help to reduce story drifts, decreasing the probability of failure against ordinary ground motions.
The analysis indicates that the buckling-controlled braces may substantially reduce story drift response, eliminate weak beam yielding, and prevent braces from fracturing.
Consideration of closed section core effects on tall building structures showed that closing of section in the last story has significant effects on reducing structure drifts, as it reduces story drift by about 10 70 % in open section core and 10 38 % in semi-open core section on the last quarter of structure height.
The German historian Hans Mommsen, said, however, "Reducing history to stories about people is not suitable for gaining an understanding of the greater historical process".
Achieved results in Figure 17 showed that closed section core system in the last story has no significant effect on reducing the stories rotation in Model D toward B, also closed core system in Model C has no significant effect on 14th story and lower levels of it, since closed wall system decreased story rotation by about 10 20 %, in 15th story level and 20th story level, respectively.
We're already seeing how Instagram is eating up Snapchat usage, reducing the Stories views it depends on to drive ad revenue.
According to the achieved results, it was revealed that link beams in Model B have significant effect on reducing the stories drift than the Model A. Link beams decreased drift by 38%% at the lower levels of building and 52%% at the top levels.
