I found this video very useful, but what would happen if the critical load didn't occur at the center of the beam? As in if you had a load distance a away from the left fixed support, and a distance b away from the right fixed support?
Thank you for your comment. The plastic hinge forms at the point of maximum bending moment. If you draw the bending moment diagram for any scenario you will be able to identify where possible hinges can form. As you point out, they won't necessarily form in the center of a beam. Hope this helps!
![[Part 1] รักมาไม่ทันตั้งตัว❤ หนุ่มสาวโสดถูกจับมาแต่งงานกันกะทันหัน แถมเธอยังเป็นหัวหน้าของเขา?!](http://i.ytimg.com/vi/y2pOOMkuFI0/mqdefault.jpg)
Amazing explanation. Your diagrams are super helpful. Thank you for taking the time to present this.
Showing bending diagram over realistic model was awesome. Thank you !
best way to draw the concept...well explained
You are amazing, keep going brother.
please can u add some more video on plastic analysis.... it's really helped me a lot.... waiting for ur response
Exactly what I wanted to know...thank you!🤓
all you video was very good , do you have more ???
I found this video very useful, but what would happen if the critical load didn't occur at the center of the beam? As in if you had a load distance a away from the left fixed support, and a distance b away from the right fixed support?
Thank you for your comment. The plastic hinge forms at the point of maximum bending moment. If you draw the bending moment diagram for any scenario you will be able to identify where possible hinges can form. As you point out, they won't necessarily form in the center of a beam. Hope this helps!
Good explanation. Thanks
fantastic
Thank you very much!
Nice! thank you
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