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Loads in High Rise (Skyscraper) Buildings
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- Опубликовано: 29 сен 2018
- Skyscrapers are designed to resist gravity and lateral loads. In this video, gravity loads are explained in simple terms which includes self weight, super imposed dead and live loads.
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Music: Meditation 1 by Audionautix is licensed under a Creative Commons Attribution license (creativecommon...)
Artist: audionautix.com/
Hi everyone. This was my first video on this channel and it meant a lot to me. I did two semi stop motion videos and moved on to make other types of videos such as making bridges and houses since viewers showed more interest in those type of videos (based on the number of views those videos received). However, there are many more educational topics I would like to cover with this types of production so If you enjoy watching this video, press the like button and when the likes reach 100, I will make one video like this about the lateral forces on tall buildings (wind and seismic). Thanks for watching my video!
Thank for the 100 likes! As promised I will be making one video about lateral loads in buildings soon!
So how do you figure out the distribution of steel down a skyscraper?
Thanks a lot for being straight to the point
Fantastic video. Thanks for this, bud!
Very useful... Short and informative..
This video was awesome
Thanks.
great summary thanks
thank you so much
Great Video!
Good job ,
Nice!!!
What is the preferable floor system for high rise buildings that gives the lightest weight?
Give me choices please
I have seen high rises with post-tensioned concrete slab, reinforced concrete slab, and also composite floor system which includes steel beams, metal deck, shear studs, and reinforced concrete for topping which is the lighter option.
@@StructurePlanet thank you a lot
Keep going I like your videos and how you explain things simply👍