Hello CEE, Thank you for making these. Covering these key concepts in the way that CEE does is a joy to watch and it immensely helps to be able to better grasp the application later on during the work on “full structures”. The current tangents are very nicely done. 10:13 😊😊😊, granted that instabilities are not the focus of today’ video, the “car drive shaft” pun about the instability in the RX direction and the rationale behind the eventually applied resolution of this instability is a priceless quick lesson in itself for anyone who cares (I do care); good stuff by the way! I’ll continue this comment on the “Live load Pattern” video…. Have a great day and I am looking forward to the next CEE videos, Regards, DK
Hi dear Engr. DK, I actually wanted to continue the pedestrian bridge series, but thought that I really really would harm the viewer if I wanted to "just wing" the influence line thing. Because it will play a deeper role in Highway bridges, thus, I contemplated doing 2 "smaller" videos that week to end the leg-work necessary for the structures. I am really happy it got positive vibes, I was unsure of the reaction of going on a tangent. I thought people would call "FOUL" and buu me out of existence for stopping the structures series for 1 week. Anyways, stay tuned, there is more videos to be covered. Regards, CEE
Great videos, very helpful. If possible a video in relation to calculating second order moments/P delta effects within a concrete frame would be a good to see. Or EC wind loads applied on a frame using the wind simulation module within robot. Keep up the good work!😁
I'll keep that in mind. I think I do have some of your suggestions covered. If possible, can you double check those: th-cam.com/video/e6Ou2yRYYpU/w-d-xo.html&ab_channel=CivilEngineeringEssentials th-cam.com/video/oeM4AYMxgR4/w-d-xo.html&ab_channel=CivilEngineeringEssentials th-cam.com/video/Au4ErCV4lA0/w-d-xo.html&ab_channel=CivilEngineeringEssentials
I will take this into consideration. Thank you very much for your comment, stay tuned for more content. I still recommend watching previous content, maybe you would find something beneficial there ^_^
“Maybe” (for sure) this channel is the one to show most advanced tools and theory from rsap-engineering
Thanks a lot ^_^. I will keep it up.
Regards<
CEE
I wish I had a professor like you when I was in engineering school, you're amazing.
You are most welcome. I am happy it helps.
Regards,
CEE
Hello CEE,
Thank you for making these. Covering these key concepts in the way that CEE does is a joy to watch and it immensely helps to be able to better grasp the application later on during the work on “full structures”. The current tangents are very nicely done.
10:13 😊😊😊, granted that instabilities are not the focus of today’ video, the “car drive shaft” pun about the instability in the RX direction and the rationale behind the eventually applied resolution of this instability is a priceless quick lesson in itself for anyone who cares (I do care); good stuff by the way!
I’ll continue this comment on the “Live load Pattern” video….
Have a great day and I am looking forward to the next CEE videos,
Regards, DK
Hi dear Engr. DK,
I actually wanted to continue the pedestrian bridge series, but thought that I really really would harm the viewer if I wanted to "just wing" the influence line thing. Because it will play a deeper role in Highway bridges, thus, I contemplated doing 2 "smaller" videos that week to end the leg-work necessary for the structures.
I am really happy it got positive vibes, I was unsure of the reaction of going on a tangent. I thought people would call "FOUL" and buu me out of existence for stopping the structures series for 1 week.
Anyways, stay tuned, there is more videos to be covered.
Regards,
CEE
Great videos, very helpful. If possible a video in relation to calculating second order moments/P delta effects within a concrete frame would be a good to see. Or EC wind loads applied on a frame using the wind simulation module within robot. Keep up the good work!😁
I'll keep that in mind. I think I do have some of your suggestions covered. If possible, can you double check those:
th-cam.com/video/e6Ou2yRYYpU/w-d-xo.html&ab_channel=CivilEngineeringEssentials
th-cam.com/video/oeM4AYMxgR4/w-d-xo.html&ab_channel=CivilEngineeringEssentials
th-cam.com/video/Au4ErCV4lA0/w-d-xo.html&ab_channel=CivilEngineeringEssentials
Good stuff
Most Welcome, stay tuned for more.
It would be appreciated if you explained a bit more. Not everyone would've watched your previous videos
I will take this into consideration. Thank you very much for your comment, stay tuned for more content.
I still recommend watching previous content, maybe you would find something beneficial there ^_^