This is a really cool feat of engineering, even when there's no earthquakes the sway of the building in the wind isn't as noticeable compared to smaller buildings I've been in.
If anyone is interested, there's a short article about Te Papa in Wellington NZ about how it handles earthquakes.
I'm surprised to see them confidently standing around watching and filming. Didn't they feel the quake and evacuate? Or is it standard procedure there not to evacuate buildings?
The Intensity (human feeling) at Taipei is just Lv.3 (because epicenter is almost 250km or 161 miles away), which means "Almost everyone will feel shaking, and some may experience fear"[1]. Such degree is not very rare at Taiwan, so most people will just act as "hmm", "OK fine".
Also after the 921 Earthquake[2], Taiwan raise earthquake-resistant structures standard, therefore most new buildings will be fine under 5 or 6 Intensity.
You got a point. I live in a low-risk zone and been through only two experiences - one was a weak quake back in school and the other was an office drill. Both times we were told to evacuate the building. I assumed it was SOP but doesn't look like it. Now that I think about it, it was perhaps because both were from the 1st floor and outside was wide open ground.
Even if they were on the ground floor I would stay in. Outside they might get hit by stuff falling off the building even under conditions where the building itself survives. If the building collapse, they won't be safe at all even outside the building unless they get pretty far away.
Each skyscraper should have one or more playground-style spiral slides installed that can be ridden directly to the bottom in the event of an emergency. This would also provide a valuable source of fun to the building occupants.
That would be pretty dumb in reality, but I wonder if it could be made to work... you'd need some kind of synchronisation control on the ingress to ensure people enter the slide with sufficient clearance before/ahead of them, and you'd have to have a "mantrap" type arrangement at the ingress points to prevent multiple people cramming in at once and risking a jam. You'd also want to neck the entrances down to about 3/4 of the tunnel diameter to stop overly large persons from entering the slide.
Probably also want some kind of low-friction mat at the exit point so people aren't piling up at the bottom of the slide and blocking it if they can't move fast enough.
Install yt-dlp, optionally create an alias for the settings you prefer, then paste the URL into a terminal and you’ll download it without ads and also with sponsor segments cut out (if you enable that feature).
If anyone is interested, there's a short article about Te Papa in Wellington NZ about how it handles earthquakes.
https://www.tepapa.govt.nz/discover-collections/read-watch-p...