very nicely explained one of the most complicated part of high rise designing. Its really very useful for academician, designer and researcher. Concept of structural system, merit and limitation of each clearly understood. Thank you so much for sharing such nice lecture. Expecting some more highlight on outrigger type, selection and shape of building, connection of outrigger to column and core.
@@thomasleslie274 it seems like that with the issue of green materials and other issues such as modulus of elasticity (e.g., of structural stainless steel), concrete might not be the most appropriate material to address all these new challenges. But, of course, your view it’s absolutely respected. Thanks for the excellent presentation, Sir!
The greatest lecture ever!!!
Contains tons of concepts!!!
Thanks for sharing and keep up the good work👍💯
That helps a lot! Enjoy your lecture!
thanks the amazing lecture on the high rise building
I love that lesson 😌 thought to help those people who are in the same tech
May God Bless you Man!!Thank you so much!
One of the best lecture I listened to. 👍👍👍👍
Hi. I am coordinating a Highrise studio. Found your content very much helpful.
very nicely explained one of the most complicated part of high rise designing. Its really very useful for academician, designer and researcher. Concept of structural system, merit and limitation of each clearly understood.
Thank you so much for sharing such nice lecture.
Expecting some more highlight on outrigger type, selection and shape of building, connection of outrigger to column and core.
Thank you so much for this great content.
Thanks , hollow column are related to alluminium and skyskrapers.
Great video. Thanks 👍🏿
Thank you very much!
That was cool!
Being a mechanical engineer,I was able to understand.Nice and detailed explanation
That was very nice omg!
Thank you very much for the lecuture!!!
great video
thank u very much it is amazing
👍👍👍👍👍👍
thank you
The lecture was fantastic thank you. Can you please provide us with the references you are using?
Most of the diagrams are from my colleague Rob Whitehead's excellent book, "Structures by Design: Thinking, Making, Breaking."
Higher than 7-8:1 we are limited to concrete?
I wouldn't say "limited," but concrete becomes by far the most efficient way to brace such slender structures...
@@thomasleslie274 it seems like that with the issue of green materials and other issues such as modulus of elasticity (e.g., of structural stainless steel), concrete might not be the most appropriate material to address all these new challenges. But, of course, your view it’s absolutely respected. Thanks for the excellent presentation, Sir!
wooo yiihaaa
Civil enginering...
Please Dr would you mind send me the pdf lectures please
i like you my name izaac i from brazil.