The steel wires in a real skyscraper are stretched (tensioned) such that they are constantly trying to shrink and actively compress the concrete. Concrete has very good "compressive strength" so this is what allows a real skyscraper to go much further and also allows floor decks to span quite large distances without supports.
I totally agree with you! 😊 In this case, I wanted to show the very process of building a skyscraper on a miniature scale, without some of the special features that are inherent in a real skyscraper 😊
![[Part 1] Build a Mini concrete model Cable Stayed Bridge | Finished mini bridge | Mini construction](http://i.ytimg.com/vi/J99cO1XgMQQ/mqdefault.jpg)
This was immensely satisfying and I'm extremely upset we didn't get to the part where you added the tiny desks and coffee machines
I plan to do this, in the near future, as well as interior lighting. This is a very good idea. Thank you! 😊
This is fantastic 😍
Thank you so much! 😊😊😊
how long does it take for the cement to dry?
Usually about 2 days
is the priciple of building real skyscraper the same as this?
Yes, the principle is very similar, the only thing is there are some small nuances that cannot be repeated on such a small scale 😊
The steel wires in a real skyscraper are stretched (tensioned) such that they are constantly trying to shrink and actively compress the concrete. Concrete has very good "compressive strength" so this is what allows a real skyscraper to go much further and also allows floor decks to span quite large distances without supports.
I totally agree with you! 😊 In this case, I wanted to show the very process of building a skyscraper on a miniature scale, without some of the special features that are inherent in a real skyscraper 😊
@@MBUILDINGS cant wait for part 2
I am already editing the second part of this video, I will try to publish it today. Thank you so much for your support! 😊❤️