Wow this is the exact same way I taught my concrete design project students. Except for the non-conservative triangular loading. That part is very useful for analyzing existing concrete loading. I’m glad our styles match because I am not a PhD. I just do tutoring. Great video. I hope you cover lintels, seismic, wind analysis and concrete moment frames (which I think are no longer allowed on semismic category c and higher in ACI 318-19, I could be wrong)
Love Radiohead, since their first album, man I'm old. I'm a SW engineer, but love learning these little bits of your type of engineering, very cool to see the methodology in your area of expertise. Thanks 👍
Just be aware that there are load bearing walls and walls not bearing any loads, you need to know which one you have before messing around in an existing building. A point load between four pillars can also give some interesting side effects since they can result in negative forces on the slab outside the four pillars.
Great visuals & explanation. I've had to work out the same kind of loading for some structural work on my house, deck, etc. Smaller scale obviously but the same principles! I'm a mech E but I think I managed it OK :)
Thank you for taking the time to explain this to me in such an expert manner and so simply.
Hello from Bosnia, Phd and still very grounded.
I am a university student in Turkey and your videos are amazing , so helpful thank you Professor!!!
Wow this is the exact same way I taught my concrete design project students. Except for the non-conservative triangular loading. That part is very useful for analyzing existing concrete loading. I’m glad our styles match because I am not a PhD. I just do tutoring. Great video. I hope you cover lintels, seismic, wind analysis and concrete moment frames (which I think are no longer allowed on semismic category c and higher in ACI 318-19, I could be wrong)
Thank you!
Lateral loads are coming very soon! I mainly focus on wind loads but seismic is not that different.
Tyler Ley can’t wait to see it. Thank you for the videos
Love Radiohead, since their first album, man I'm old.
I'm a SW engineer, but love learning these little bits of your type of engineering, very cool to see the methodology in your area of expertise. Thanks 👍
Thank you! I love Pablo Honey! They are awesome!
thank you you for your great video , It helps me a lot to have a better understanding
Just like we learned in architecture school! Good stuff!
Thanks so much!
Just be aware that there are load bearing walls and walls not bearing any loads, you need to know which one you have before messing around in an existing building.
A point load between four pillars can also give some interesting side effects since they can result in negative forces on the slab outside the four pillars.
Keeping posting
Great visuals & explanation. I've had to work out the same kind of loading for some structural work on my house, deck, etc. Smaller scale obviously but the same principles! I'm a mech E but I think I managed it OK :)
Thank you for the visual explanation, very helpful
You're definitely rock
thank u
Keep uploading such videos it helps us alot Sir 🙏🏻👍
This is great. I wish you did wood
great
Perfect and simple
Thank you!
Awesome stuff👍🏻
What about the moments in the column?
My favorite videos
Thank you for watching and commenting! I am glad you like them.
Love this
I need to make tutorial about FLAT SLAB
great video, as always, is this related to taxes though
No taxes! Just gravity loads. Thanks for watching.
Awesome sir G
Thank you!!!
Please use subtitle indosesia 🙏