Комментарии:
Thank you! Hope this is of many more to come!
ОтветитьReally informational! Keep doing what you do, can't wait to see this channel grow! 🙂
ОтветитьKeep it up, Paul. Thanks for this content.
ОтветитьNice work!
Ответитьthank for share this explanation..! I must confess that I was looking for some information about drums and cymbals. As cymbal physics is not a well detailed issue your video really helped me to understand how this beautiful instrument works.
ОтветитьThank you for explaining it so clearly!
ОтветитьSir tell, dome is long life than RCC OR RBC
ОтветитьAmazing sir
ОтветитьI really love the way you presented, Thank you sir
ОтветитьVery much impressed by your explanation 🙂
ОтветитьGreat video!
ОтветитьLove your explanations
Ответитьexplanation is so clear
ОтветитьGreat video!
Could you elaborate on geodesic domes specifically?
And particularly to the effects of rearranging the struts in different angles (while preserving the strong triangles structure).
I'm considering building a geodesic dome for a home, and I wonder (in principle - of course I'll hire an architect for precise plans)
if it's possible and how to push some struts around to open a bit wider space that can accommodate better rectangular doors and windows.
a shell is a series of arch. So smart and cute explanation. Thank you, paul! You should consider to teach structure for future architects taking license exams.
Ответитьsir kindly make video on vaults also.
ОтветитьI literally said "Yes" with you. Amazing work.
ОтветитьNice Sir
ОтветитьThank you for your insights into arches and domes. I am looking forward, during my retirement, to playing with these structures.
ОтветитьThank you sir!
Please never stop making videos...
You don't know how much impact this has on budding civil engineers!
رائع
ОтветитьWould love a book written by you. You simplify things so well
ОтветитьBut what is the reason behind the choice? The dome seems so much more complicated than a standard roof line.
ОтветитьFantastic explanation. Domes do compressive and hoop forces together. So simple. Who knew?
ОтветитьA question about the hoop forces - You mentioned that the bottom experience tension forces instead of compression ones.
But I wonder isn't that because we're used to imagine and build domes as hemi-spheres, which do not follow the catenary curve most optimal for arches?
Even if it's a concrete or stone dome (that hold very well to compression forces, but poorly to tension) the bottom of the dome wouldn't be stable, unless its walls are thick enough to ensure the catenary curve is within the walls.
I have seen the Pantheon many times and it has always left me in awe. Your explanation makes it even more impressive. Thank you.
Ответитьcompare the forces of round domes to catenary domes. plz.
ОтветитьThank you too much
ОтветитьI haven't found yet how the onion domes work, where the load excedes the bearing point, 🤔Why they don't collapse???😳😳😳😳😳
ОтветитьThanks you I have a question how Long Should You Wait to Remove Concrete domes Formwork ?
ОтветитьI WISH TO BE LIKE U. SOME DAY.
ОтветитьMy guy, I don’t know what you do for a living, but your ability to teach what should be complex and boil it to down for even a moron like myself to understand is incredible!
ОтветитьI am so glad I found this! I'm teaching arches and domes in the context of the Romans to sixth graders, and I think this will be a helpful visual. Thanks!
ОтветитьI need to find people to help me build amphibious dome homes that can help us survive doomsday.
ОтветитьFascinating! Another great video! Thank you. 😊❤
ОтветитьHi, Paul! Great work, I've learned a lot! Arches, columns, beams, frames, cables/chains, domes... What about the best tunnel section ? You know, these days here in the S-W of Europe everyone is digging AA shelters...😆
Is it catenary best suited for the tunnel section shape ? What do you make of it ?
Thanks, and God bless you for this, very informative.
ОтветитьIf it’s clean like glass or plastic clean and you shine flashlight at it…you’ll see 2 lights inside the dome
ОтветитьHuman houses in the future are all dome-shaped 👍
ОтветитьThank you for this informative video Paul!!
ОтветитьLove your channel. I hope one day I'll use information from you to build my own shed or house 😅
ОтветитьPaul, What's the best shape to resist vacuum?
Also the dome?
I guess it's the same you are explaining in this video
Domes (cúpulas) are popular in Mexico. It is said they are natural air conditioners. Is this significantly true. These are not domed structures but structures with domes on top. Thanks.
ОтветитьAwesome, thank you.
ОтветитьTwister proof
Ответитьwhy the circle at the top allows the dome to be more efficient?
ОтветитьFantastic explanation!
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