Huimin Zhou, Joists are most often designed as simply supported. If the bottom chord is extended and connected to the column compression will develop in the bottom chord, voiding the simply supported assumption. Joists can be designed for end moments. The resulting joists is no longer a standard joist, but a specially designed joist. Thanks for the question. Drew
I have steel fabrication company and we are transitioning into joist manufacturing. This video has definitely helped
LOL
Excellent video, thanks!
Thanks alot. is the joist in the example is not laterally braced? (like bridging for top and bot. cords)
Hi Drew, I have a question. Why doesnt the bottom chord of the joist connect to the column ? Thanks.
Huimin Zhou,
Joists are most often designed as simply supported. If the bottom chord is extended and connected to the column compression will develop in the bottom chord, voiding the simply supported assumption.
Joists can be designed for end moments. The resulting joists is no longer a standard joist, but a specially designed joist.
Thanks for the question.
Drew
Excellent .. plz i need this excell sheet table ? .. thx
Thanks sir for giving valuable information
Cheak for radius of gyration for joist is important.and why can you explain sir
Radius of gyration effects compressive strength... and also stability during erection.
Thank you.
those welding table and adjustable jig tables, can you buy them off shelf?
omg the coughing is so distracting,
boring!