How Structural load & load paths work
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- เผยแพร่เมื่อ 27 ก.พ. 2021
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Excellent job!
Amazing video ! Just awesome !
good explanation!
Very useful video sir.
Great video
Great video and funny writing
brilliant
❤️
It would be great if you mention the book where you are reading.
He got the info and the images from "Building Structures: Understanding the Basics" by Malcolm Millais.
@@emily8878 Thank you.
Thanks. Pls make a video on wind load calculations on light Pole, height more than 10m.
Thank you for your comment and suggestion! We appreciate your interest in our videos. We will definitely consider making a video on wind load calculations for light poles with a height greater than 10m. Stay tuned for future videos!
how to calculate wind load on "OPEN BUILDINGS"?? cant find anything and the info on 7-10 ch.27 is not very helpful. There's no table for such a case. Also, i would imagine for an open building (no walls, or less than 80% enclosure) there are two cases of pressure on "roof" (could be roof without ceiling or it could be roof with ceiling, or it could be roof with partial ceiling). one case would "suck the roof" from the top (the normal negative wind pressure on roof), and a second case would be the load from wind coming into the building and "pushing up"? or should we assume it "flows through"? , I mean, if there are walls, but less than 80% enclosure, i can picture air pushing the wall and then flowing up into the ceiling or roof. So what's up with that? thanks
Thank you for bringing up the question of calculating wind load on open buildings. As a structural engineer, you are aware that calculating wind load on open buildings can be complex, as it depends on several factors such as the building's location, height, & geometry, direction of wind & building's orientation.
EN 1991-1-4 provides general rules & guidelines for determining wind loads on structures, including open buildings. However, when calculating wind loads on open buildings, you should also consider the negative & positive pressures on the roof, wind pressure on the walls, if any, & how the wind flows through the building. Computational fluid dynamics (CFD) simulations can be used to model the wind flow around the building & determine the wind loads on the structure.
It's also important to check the country specific requirements as well as the national annex to ensure the compliance with local regulations. Please let me know if there is anything else I can assist you with.
Unitech Fam, Civil Dept??🤷🏾♂️